General Description AS1106 AS1107 compact display drivers 7-segme

The Datasheet Archive - 100 Million Datasheets from 7500 Manufacturers.

General Description AS1106 AS1107 compact display drivers 7-segme

Datasheet Thumbnail

Top Searches for this datasheet

8-Digit Display Drivers
General Description
AS1106 AS1107 compact display drivers 7-segment numeric displays digits. devices programmed SPI, QSPI, Microwire well conventional 4-wire serial interface. devices include integrated code-B/HEX decoder, multiplex scan circuitry, segment display drivers, 64-bit memory. Internal memory stores settings, eliminating need continuous device reprogramming. Every segment individually addressed updated separately. Only external resistor (RSET) required current through display. brightness controlled analog digital means. devices programmed internal code-B/HEX decoder display numeric digits directly address each segment. AS1106 AS1107 feature extremely shutdown current typically 3µA, operational current less than 500µA. number digits programmed, devices reset software, external clock also supported. Additionally, segment blinking synchronized across multiple drivers. Several test modes available easy application debugging. devices available 24-pin 24-pin SOIC packages. Figure Typical Application Diagram
Features
10MHz SPI-, QSPI-, Microwire-Compatible Serial Individual Segment Control Segment Blinking Control (can synchronized across multiple drivers) Hexadecimal- BCD-Code/No-Decode Digit Selection Low-Power Shutdown Current (typ; data retained) Extremely Operating Current 0.5mA OpenLoop Digital Analog Brightness Control Display Blanked Power-Up Drive Common-Cathode Displays Low-EMI Slew-Rate Limited Segment Drivers (AS1107) Supply Voltage Range: 5.5V Software Reset Optional External Clock Packages: 24-pin 24-pin SOIC
Applications
AS1106 AS1107 ideal bar-graph displays, instrument-panel meters, matrix displays, matrix displays, set-top boxes, white goods, professional audio equipment, medical equipment, industrial controllers panel meters.
9.53k ISET LOAD/CSN 8-Digit Microprocessor Display DIG0 DIG7 Digits
Microprocessor
AS1106/ AS1107
Segments
www.austriamicrosystems.com
Revision
AS1106, AS1107 Data Sheet
austriam systems
Absolute Maximum Ratings
Stresses beyond those listed Table cause permanent damage device. These stress ratings only, functional operation device these other conditions beyond those indicated Section Electrical Characteristics page implied. Exposure absolute maximum rating conditions extended periods affect device reliability. Table Absolute Maximum Ratings Parameter Voltage (with respect GND) DIN, CLK, LOAD/CSN other pins Current 0:DIG Sink Current A:SEG Narrow plastic Wide SOIC AS1106PL, AS1106WL Operating Temperature Ranges (TMIN toTMAX) AS1106PE, AS1106WE AS1107PL, AS1107WL Storage Temperature Range Package Body Temperature (Wide SOIC) Soldering Temperature (Narrow DIP) Humidity Electrostatic Discharge
-0.3 -0.3 -0.3
1066
Units
Notes
Continuous Power Dissipation (TAMB
Derate above Derate above
+150 +260 +260
Digital outputs other pins
1000 1000 ±200
Non-condensing
Latch-Up Immunity
pins except AS1106 ±180
reflow peak soldering temperature (body temperature) specified according IPC/JEDEC J-STD-020C "Moisture/Reflow Sensitivity Classification non-hermetic Solid State Surface Mount Devices". Specified according JESD22-B106 "Resistance Soldering Temperature Through-Hole Mounted Devices". Norm: method 3015. Norm: JEDEC
www.austriamicrosystems.com
Revision
AS1106, AS1107 Data Sheet
austriam systems
Electrical Characteristics
Conditions: 5.5V, RSET 9.53k±1%, TAMB TMIN TMAX (unless otherwise specified). Table Electrical Characteristics Parameter Operating Supply Voltage Shutdown Supply Current Operating Supply Current Display Scan Rate Digit Drive Sink Current Segment Drive Source Current Segment Current Slew Rate (AS1107 only) Segment Drive Current Matching Digit Drive Leakage (AS1107 only) Segment Drive Leakage (AS1107 only) Digit Drive Source Current (AS1106 only) Segment Drive Sink Current (AS1106 only) Slow Segment Blink Period phase, Internal Oscillator) Fast Segment Blink Period phase, Internal Oscillator) Fast Slow Segment Blink Duty Cycle (Guaranteed design) Table Logic Inputs/Outputs Characteristics Parameter Input Current DIN, CLK, LOAD/CSN Logic High Input Voltage Logic Input Voltage Symbol IIH, 5.0V 3.0V DOUT, ISOURCE -1mA, 5.0V DOUT, ISOURCE -1mA, 3.0V DOUT, ISINK 1.6mA DIN, CLK, LOAD/CSN Conditions Unit Symbol IDDSD fOSC IDIGIT ISEG ISEG/t ISEG IDIGIT ISEG IDIGIT ISEG tSLOWBLINK tFASTBLINK Digit off, VDIGIT Segment off, VSEG Digit off, VDIGIT (VDD 0.3V) Segment off, VSEG 0.3V 0.64 0.32 49.9 1.65 0.83 50.1 digital inputs GND, TAMB RSET open circuit. segments decimal point ISEG -40mA. digits scanned VOUT 0.65V 5.0V, VOUT (VDD -1V) TAMB 5.0V, VOUT (VDD -1V) 1300 mA/µs Conditions Unit
Output High Voltage Output Voltage Hysteresis Voltage
www.austriamicrosystems.com
Revision
AS1106, AS1107 Data Sheet
austriam systems
Table Timing Characteristics Parameter Clock Period Pulse Width High Pulse Width Fall Rise Setup Time (AS1107 AS1106 SPI-programmed) Rise LOAD/CSN Rise Hold Time Setup Time Hold Time Output Data Propagation Delay LOAD Rising Edge Next Clock Rising Edge (AS1106 only) Minimum LOAD/CSN Pulse High Data-to-Segment Delay Symbol tCSS tCSH tLDCK tCSW tDSPD Conditions CLOAD 50pF 2.25 Unit
Note: Figure page more information.
www.austriamicrosystems.com
Revision
AS1106, AS1107 Data Sheet
austriam systems
Typical Operating Characteristics
RSET 9.53k, TAMB (unless otherwise specified). Figure Scan Frequency vs.Temperature
FOSC (Hz) TAMB [°C] FOSC (Hz)
Figure Scan Frequency
Figure ISEG Temperature
ISEG (mA) TAMB (°C)
Figure ISEG
VOUT 2.4V VOUT
ISEG (mA)
VOUT 1.7V
2.7V, VOUT 2.7V, VOUT 2.4V
VOUT
VOUT 2.4V
Figure AS1106 Segment Output Current
Intensity 31/32 (0Fh) ISEG (mA) 10.0 15.0 20.0 25.0 30.0 35.0 40.0 Time (µs)
Figure AS1107 Segment Output Current
Intensity 15/16 (0Fh)
ISEG (mA)
10.0 15.0 20.0 25.0 30.0 35.0 40.0 Time (µs)
www.austriamicrosystems.com
Revision
AS1106, AS1107 Data Sheet
austriam systems
Figure ISEG VOUT
ISEG (mA)
Figure ISEG VOUT
2.7V
RSET
RSET
RSET
ISEG (mA)
RSET
RSET RSET
VOUT VOUT
Figure ISEG RSET
VOUT 2.4V
ISEG (mA)
VOUT VOUT
VOUT 1.7V
2.7V
RSET
www.austriamicrosystems.com
Revision
AS1106, AS1107 Data Sheet
austriam systems
AS1106 AS1107
Detailed Description
AS1106 AS1107
AS1106 AS1107 identical except features:
AS1107 segment drivers slew-rate limited reduce electromagnetic interference (EMI). AS1107 serial interface fully compatible (programmable AS1106).
Serial-Addressing Format
Programming AS1106/AS1107 done writing device's internal registers (see Digit- Control-Registers page 4-wire serial interface. programming sequence consists 16-bit packages listed Table data shifted into internal 16-bit register with rising edge signal. With rising edge LOAD/CSN signal data latched into digit- control-register. LOAD/CSN signal must high after 16th rising clock edge. LOAD/CSN signal also come later this must happen just before next rising edge CLK, otherwise data will lost. contents internal shift register applied 16.5 clock cycles later DOUT. data clocked falling edge CLK. first bits (D15:D12) "don't care", bits D11:D8 contain register address, bits D7:D0 contain data. first D15, most significant (MSB). exact timing shown Figure Table 16-Bit Serial Data Format Register Address (see Table Data
Initial Power-Up
initial power-up, AS1106/AS1107 registers reset their default values, display blanked, device goes into shutdown mode. this time, registers should programmed normal operation. Note: default settings enable only scanning digit; internal decoder disabled Intensity Control Register (see page minimum values. Figure Interface Timing
LOAD/
tCSH tCSS tLDCK
tCSW
DOUT
www.austriamicrosystems.com
Revision
AS1106, AS1107 Data Sheet
austriam systems
Shutdown Mode
Shutdown Mode
AS1106/AS1107 devices feature shutdown mode, where they consume only 10µA (max) current. Shutdown mode entered write Shutdown Register (see Table AS1106, that point, segment current sources pulled ground digit drivers connected VDD, that segments blanked. AS1107 behavior identical except drivers high impedance. Note: During shutdown mode Digit-Registers maintain their data. Shutdown mode either used means reduce power consumption generating flashing display (repeatedly entering leaving shutdown mode). minimum supply current shutdown mode, logic input should (CMOS logic level). devices need typically 250µs exit shutdown mode, during shutdown mode AS1106/AS1107 fully programmable. Only display test mode (see page overrides shutdown mode. When entering leaving shutdown mode, Feature Register reset default values (all when Shutdown Register (page
Note: AS1106/AS1107 used with external clock, Shutdown Register should when writing Shutdown Register.
Digit- Control-Registers
AS1106/AS1107 devices contain Digit-Registers control-registers, which listed Table registers selected using 4-bit address word, communication done serial interface.
Digit Registers These registers realized with on-chip 64-bit memory. Each digit controlled directly without rewriting whole register contents. Control Registers These registers consist decode mode, display intensity, number scanned digits, shutdown, display test features selection registers.
Table Register Address Register No-Op Digit Digit Digit Digit Digit Digit Digit Digit Decode-Mode Intensity Control Scan Limit Shutdown Feature Display Test Code 0xX0 0xX1 0xX2 0xX3 0xX4 0xX5 0xX6 0xX7 0xX8 0xX9 0xXA 0xXB 0xXC 0xXD 0xXE 0xXF Address D15:D12 Page
When Shutdown Register Feature Register left unchanged when entering leaving shutdown mode.
www.austriamicrosystems.com
Revision
AS1106, AS1107 Data Sheet
austriam systems
Digit- Control-Registers
Shutdown Register (0xXC)
Shutdown Register controls AS1106/AS1107 shutdown mode (see Shutdown Mode page Table Shutdown Register Format (Address (HEX) 0xXC)) Mode Shutdown Mode, Reset Feature Register Default Settings Shutdown Mode, Feature Register Unchanged Normal Operation, Reset Feature Register Default Settings Normal Operation, Feature Register Unchanged Code 0x00 0x80 0x01 0x81 Register Data
Decode Enable Register (0xX9)
Decode Enable Register sets decode mode. BCD/HEX decoding (either code characters 0:9, code characters A:F) selected (page Feature Register. Decode Enable Register used select decode mode no-decode each digit. Each Decode Enable Register corresponds respective display digit (i.e., corresponds digit corresponds digit on). Table lists some examples possible settings Decode Enable Register bits. Note: logic high enables decoding logic bypasses decoder altogether. When decode mode used, decoder looks only lower-nibble (bits D3:D0) data Digit-Registers, disregarding bits D6:D4. sets decimal point (SEG independent decoder positive logic (bit turns decimal point on). Table lists code-B font; Table lists font. When no-decode mode selected, data bits D7:D0 Digit-Registers correspond segment lines AS1106/AS1107. Table shows pairing each data appropriate segment line. Table Decode Enable Register Format (Address (HEX) 0xX9)) Decode Mode decode digits Code-B/HEX decode digit decode digits Code-B/HEX decode digits 3:0. decode digits Code-B/HEX decode digits Code 0x00 0x01 0x0F 0xFF Register Data
Figure Standard 7-Segment Intensity Control Inter-Digit Blanking
Table Code-B Font 7-Segment Character Register Data
Segments
D6:D4
www.austriamicrosystems.com
Revision
AS1106, AS1107 Data Sheet
austriam systems
Digit- Control-Registers
Table Code-B Font (Continued) 7-Segment Character Blank
Register Data
Segments
D6:D4
decimal point enabled setting
Table Font 7-Segment Character
Register Data
Segments
D6:D4
decimal point enabled setting
Table No-Decode Mode Data Bits Corresponding Segment Lines Corresponding Segment Line
Display-Test Register (0xXF)
AS1106/AS1107 devices operate modes: normal mode display test mode. display test mode LEDs switched maximum brightness (duty cycle 15/16 (AS1106) 31/32 (AS1107). devices remain display-test mode until Display-Test Register normal operation. Note: settings digit- control-registers maintained. Table Display-Test Register Format (Address (HEX) 0xXF)) Mode Normal Operation Display Test Mode Register Data
www.austriamicrosystems.com
Revision
AS1106, AS1107 Data Sheet
austriam systems
Digit- Control-Registers
Intensity Control Register (0xXA)
brightness display controlled digital means using Intensity Control Register analog means using RSET (see Selecting RSET Resistor Value Using External Drivers page 13). Display brightness controlled integrated pulse-width modulator which controlled lower-nibble Intensity Control Register. modulator scales average segment-current steps from maximum 31/32 down 1/32 (15/16 1/16 AS1107) peak current RSET. Table Intensity Register Format (Address (HEX) 0xXA)) Duty Cycle AS1106 AS1107 1/32 (min 1/16 (min 3/32 2/16 5/32 3/16 7/32 4/16 9/32 5/16 11/32 6/16 13/32 7/16 15/32 8/16 17/32 9/16 19/32 10/16 21/32 11/16 23/32 12/16 25/32 13/16 27/32 14/16 29/32 15/16 31/32 (max 15/16 (max Code 0xX0 0xX1 0xX2 0xX3 0xX4 0xX5 0xX6 0xX7 0xX8 0xX9 0xXA 0xXB 0xXC 0xXD 0xXE 0xXF Register Data
Scan-Limit Register (0x0B)
Scan-Limit Register controls which digits displayed. When digits displayed, update frequency typically 800Hz. number digits displayed reduced, update frequency increased. frequency calculated using 8fOSC/N, where number digits. Since number displayed digits influences brightness, RSET should adjusted accordingly. Table lists maximum allowed current when fewer than digits used. Note: avoid differences brightness this register should used blank parts display (leading zeros). Table Scan-Limit Register Format (Address (HEX) 0xXB)) Scan Limit Display digit only (see Table Display digits (see Table Display digits (see Table Display digits Display digits Display digits Display digits Display digits Code 0xX0 0xX1 0xX2 0xX3 0xX4 0xX5 0xX6 0xX7 Register Data
Table Maximum Segment Current 3-Digit Displays Number Digits Displayed Maximum Segment Current (mA)
www.austriamicrosystems.com
Revision
AS1106, AS1107 Data Sheet
austriam systems
Digit- Control-Registers
Feature Register (0xXE)
Feature Register used enabling various features including switching device into external clock mode, applying external reset, selecting code-B decoding, enabling disabling blinking, enabling disabling SPI-compatible interface (AS1106 only), setting blinking rate, resetting blink timing. Note: power-up Feature Register initialized Table Feature Register Summary blink_ start sync blink_ freq_sel blink_en spi_en decode_sel reg_res clk_en
Table Feature Register Descriptions (Address (HEX) 0xXE)) Addr: 0xXE Feature Register Enables disables various device features. Name Default Access Description External clock active. clk_en Internal oscillator used system clock. serial interface operates system clock input. Resets control registers except Feature Register. Reset Disabled. Normal operation. reg_res control registers reset default state (except Feature Register) identically after power-up. Note: Digit Registers maintain their data. Selects display decoding. Enable Code-B decoding (see Table page decode_sel Enable decoding (see Table page 10). Enables SPI-compatible interface. Disable SPI-compatible interface (AS1106 only). spi_en Enable SPI-compatible interface (AS1106 only). Note: SPI-compatible interface always enabled AS1107. Enables blinking. blink_en Disable blinking. Enable blinking. Sets blink with frequency (with internal oscillator enabled): Blink period typically second (0.5s 0.5s off). blink_freq_sel Blink period seconds off). Synchronizes blinking rising edge LOAD/CSN. multiplex blink timing counter cleared rising edge sync LOAD/CSN. setting this multiple AS1106/AS1107 devices, blink timing synchronized across devices. Start Blinking with display enabled phase. When (blink_en) set, determines blinking starts. blink_start Blinking starts with display turned off. Blinking starts with display turned
No-Op Register (0xX0)
No-Op Register used when multiple AS1106 AS1107 devices cascaded order support displays with more than digits. cascading must done such that DOUT pins connected next AS1106/AS1107 (see Figure page 15). LOAD/CSN signals connected devices. example, five devices cascaded, order perform write operation fifth device, write-command must followed four no-operation commands. When LOAD/CSN signal goes high, shift registers latched. first four devices will receive no-operation commands only fifth device will receive intended operation command, subsequently update register.
www.austriamicrosystems.com
Revision
AS1106, AS1107 Data Sheet
austriam systems
Supply Bypassing Wiring
Typical Application
Supply Bypassing Wiring
order achieve optimal performance AS1106/AS1107 should placed very close display minimize effects electromagnetic interference wiring inductance. Furthermore, recommended connect 10µF electrolytic 0.1µF ceramic capacitor between pins avoid power supply ripple (see Figure page 15). Note: Both pins must connected ground.
Selecting RSET Resistor Value Using External Drivers
Brightness display segments controlled RSET. current that flows between ISET defines current that flows through LEDs. Segment current about times current ISET. Typical values RSET different segment currents, operating voltages, voltage drop (VLED) given Tables maximum current AS1106/AS1107 devices drive 40mA. higher currents needed, external drivers must used, which case longer necessary that devices drive high currents. cases where devices only drive digits, Table specifies maximum currents, RSET must accordingly. Note: display brightness also logically controlled (see Intensity Control Register (0xXA) page 11). Table RSET Segment Current Forward Voltage, 2.7V ISEG (mA) VLED(V) 6.9k 10.7k 22.2k 4.4k 5.9k 9.6k 20.7k
Table RSET Segment Current Forward Voltage, 3.3V ISEG (mA) 6.7k 9.1k 13.9k 28.8k VLED(V) 6.4k 8.8k 13.3k 27.7k 5.7k 8.1k 12.6k
Table RSET Segment Current Forward Voltage, 3.6V ISEG (mA) VLED(V) 7.5k 10.18k 15.6k 31.9k 7.2k 9.8k 6.6k 9.2k 14.3k 29.5k 5.5k 7.5k 27.3k
Table RSET Segment Current Forward Voltage, 4.0V ISEG (mA) 8.6k 11.6k 8.3k 11.2k VLED(V) 7.9k 10.8k 7.6k 9.9k 5.2k 7.8k
www.austriamicrosystems.com
Revision
AS1106, AS1107 Data Sheet
austriam systems
Calculating Power Dissipation
Table RSET Segment Current Forward Voltage, 4.0V (Continued) ISEG (mA) 17.7k 36.89k 17.3k 35.7k VLED(V) 16.6k 34.5k 15.6k 32.5k 13.6k 29.1k
Table RSET Segment Current Forward Voltage, 5.0V ISEG (mA) VLED 11.35k 15.4k 23.6k 48.9k 11.12k 15.1k 23.1k 47.8k 10.84k 14.7k 22.6k 46.9k 10.49k 14.4k 45.4k 10.2k 13.6k 21.1k 43.8k 9.9k 13.1k 20.2k
Table Package Thermal Data Package Narrow Wide SOIC Thermal Resistance (JA) +75°C/W +85°C/W
Calculating Power Dissipation
upper limit power dissipation (PD) AS1106/AS1107 determined from following equation: (VDD 1mA) (VDD VLED)(DUTY ISEG Where: supply voltage. DUTY duty cycle intensity register (page 11). number segments driven (worst case VLED forward voltage ISEG segment current RSET Dissipation Example: ISEG 40mA, DUTY 31/32, VLED 1.8V 40mA, 5.25V 5.25V(1mA) (5.25V 1.8V)(31/32 40mA 1.075W Thus, PDIP package +75°C/W (from Table 23), maximum allowed TAMB given TJ,MAX TAMB 150°C TAMB +1.07W 75°C/W Where: TAMB +69.4°C. TAMB limit Packages dissipation example above +58.6°C.
www.austriamicrosystems.com
Revision
AS1106, AS1107 Data Sheet
austriam systems
Matrix Driver
Matrix Driver
application example Figure shows AS1106 matrix driver. columns have common cathodes connected DIG0:7 outputs. rows connected segment drivers. Each LEDs addressed separately. columns selected digits listed Table page Decode Enable Register (see page must `00000000' described Table page Single LEDs column addressed described Table page where corresponds segment corresponds segment Note: multiple-digit matrix, multiple AS1106 devices must cascaded. Figure Application Example Matrix Driver
Matrix Diode Arrangement Matrix
DIG0:7 DOUT MicroProcessor LOAD/CSN ISET VBAT 9.53k
DIG0:7
LOAD/CSN
VBAT 9.53k
ISET
Cascading Drivers
example Figure drives matrix digits using 4-wire microprocessor interface. Scan-Limit Registers should same value that display will appear brighter than other. example, display digits, both Scan-Limit Registers display digits that both displays have duty cycle digit. digits needed, both Scan-Limit Registers display digits leave digit unconnected. Otherwise, driver display digits other display digits display will appear brighter because duty cycle digit will other display's duty cycle will 1/6. Note: Refer No-Op Register (0xX0) page additional information.
www.austriamicrosystems.com
Revision
AS1106, AS1107 Data Sheet
austriam systems
Assignments
Pinout Packaging
Assignments
Figure Assignments (Top View)
LOAD/CSN DOUT ISET
Descriptions
Table Descriptions Name 0:DIG Number Description
LOAD/CSN
A:SEG
ISET DOUT
Serial-Data Input. Data loaded into internal 16-bit shift register rising edge CLK. Digit Drive Lines. Eight-digit drive lines that sink current from display common cathode. AS1106 pulls digit outputs when turned off. AS1107 digit drivers high-impedance when turned off. Ground. Both pins must connected. Load-Data Input (AS1106 only). last bits serial data latched rising edge this pin. Chip-Select Input (AS1107 AS1106 SPI-enabled only). Serial data loaded into shift register while this low. last bits serial data latched rising edge this pin. Serial-Clock Input. 10MHz maximum rate. Data shifted into internal shift register rising edge this pin. Data clocked DOUT falling edge this pin. AS1107 AS1106 SPI-enabled, input active only while LOAD/CSN low. Seven Segment Decimal Point Drive Lines. seven-segment drives decimal point drive that source current display. AS1106, when segment driver turned pulled GND. AS1107 segment drivers high-impedance when turned off. Segment Current. Connect through RSET peak segment current (see Selecting RSET Resistor Value Using External Drivers page 13). Positive Supply Voltage. Connect +2.7 +5.5V supply. Serial-Data Output. data into valid DOUT 16.5 clock cycles later. This used daisy-chain several AS1106/AS1107 devices never high-impedance.
www.austriamicrosystems.com
Revision
AS1106/ AS1107
AS1106, AS1107 Data Sheet
austriam systems
Package Drawings Markings
Package Drawings Markings
AS1106 AS1107 available 24-pin 24-pin SOIC packages. Figure 24-pin Package
Symbol
0.18 0.015 0.10 1.160 0.30 .295 0.64 0.64 .260 .320 1.00 .125 .030 .130 .060 .060 .030 .760 .145 .015
0.60 .320
.370
.170 .040
www.austriamicrosystems.com
Revision
AS1106, AS1107 Data Sheet
austriam systems
Package Drawings Markings
Figure 24-pin SOIC Package
Symbol
2.44 0.10 2.24 0.36 0.23 12.65 7.40
2.84 0.30 2.44 0.46 0.32 12.85 7.50
Symbol
10.11 0.31 0.53 0.51 0.63
10.51 0.71 0.73 1.01 0.89
0.66
1.27
Notes: Controlling dimension millimeters.
www.austriamicrosystems.com
Revision
AS1106, AS1107 Data Sheet
austriam systems
Ordering Information
AS1106 AS1107 available 24-pin 24-pin SOIC packages. Table Ordering Information Part AS1106PL AS1106WL AS1106WL-T AS1106PE AS1106WE AS1106WE-T AS1107PL AS1107WL AS1107WL-T Temperature Range +70°C +70°C +70°C +85°C +85°C +85°C +70°C +70°C +70°C Delivery Form Tubes Tubes Tape Reel Tubes Tubes Tape Reel Tubes Tubes Tape Reel Package 24-pin Narrow Plastic DIP, Pb-free 24-pin Wide Pb-free 24-pin Wide Pb-free 24-pin Narrow Plastic DIP, Pb-free 24-pin Wide Pb-free 24-pin Wide Pb-free 24-pin Narrow Plastic DIP, Pb-free 24-pin Wide Pb-free 24-pin Wide Pb-free
www.austriamicrosystems.com
Revision
AS1106, AS1107 Data Sheet
austriam systems
Copyrights
Copyright 1997-2005, austriamicrosystems Schloss Premstaetten, 8141 Unterpremstaetten, Austria-Europe. Trademarks Registered rights reserved. material herein reproduced, adapted, merged, translated, stored, used without prior written consent copyright owner. products companies mentioned trademarks registered trademarks their respective companies.
Disclaimer
Devices sold austriamicrosystems covered warranty patent indemnification provisions appearing Term Sale. austriamicrosystems makes warranty, express, statutory, implied, description regarding information forth herein regarding freedom described devices from patent infringement. austriamicrosystems reserves right change specifications prices time without notice. Therefore, prior designing this product into system, necessary check with austriamicrosystems current information. This product intended normal commercial applications. Applications requiring extended temperature range, unusual environmental requirements, high reliability applications, such military, medical life-support lifesustaining equipment specifically recommended without additional processing austriamicrosystems each application. information furnished here austriamicrosystems believed correct accurate. However, austriamicrosystems shall liable recipient third party damages, including limited personal injury, property damage, loss profits, loss use, interruption business indirect, special, incidental consequential damages, kind, connection with arising furnishing, performance technical data herein. obligation liability recipient third party shall arise flow austriamicrosystems rendering technical other services.
Contact Information
Headquarters austriamicrosystems A-8141 Schloss Premstaetten, Austria Tel: 3136 Fax: 3136 e-mail: info@austriamicrosystems.com Sales Offices, Distributors Representatives, please visit:
austriamicrosystems
www.austriamicrosystems.com Revision
leap ahead

General Description AS1106 AS1107 compact display drivers 7-segme

Top Searches for this datasheet

Other recent searches