ASC11 Search Results

Contextual Info: ASC119 Features: typical values • Bandwidth ……………………………………….10-500 MHz. • Noise Figure …………………………………………… 2.0dB. • Medium Gain ……………………………….……….….32 dB.

Contextual Info: ASC115 800-1000 MHz Cascadable Amplifier Features: typical values • Bandwidth …………………………………….800-1000 MHz. • Noise Figure …………………………………………… 1.5dB. • Medium Gain ……………………………….……….….32 dB.

Contextual Info: ASC118C Low Noise RF Amplifier * Operating Frequency : 20-500 MHz * Linear Power : +27 dBm * Noise Figure : 1.6 dB * High Gain : 60 dB ELECTRICAL SPECIFICATION @ VDD= +15VDC; Temp. = 25°C, 50 System Parameter Symbol Min Operating Frequency BW 20 Gain G 55

Contextual Info: ASC117C Low Noise RF Amplifier * Operating Frequency : 30-500 MHz * Linear Power : +29 dBm * Noise Figure : 1.2 dB * Gain : 37.5 dB Description: ELECTRICAL SPECIFICATION @ VDD= +15VDC; Temp. = 25°C, 50 System Parameter Symbol Min Operating Frequency BW 30

Contextual Info: CS1 CS1 Unit Descriptions ASCII Units C200H-ASC@@ ASCII Units C200H-ASC@@ Easily Perform ASCII Data Communications • Perform ASCII communications with a wide range of external devices. • The C200H-ASC11/ASC21/ASC31 function as special processing units with BASIC programming.

Contextual Info: ASC116C Low Noise RF Amplifier * Operating Frequency : 20-500 MHz * Linear Power : +27 dBm * Noise Figure : 1.6 dB * Gain : 41 dB Description: ELECTRICAL SPECIFICATION @ VDD= +15VDC; Temp. = 25°C, 50 System Parameter Symbol Min Operating Frequency BW 20

AC5947N

Abstract: HDSP-6508 AC5947NF 75498 AC5947 DIGITAL IC 7493 ic 7493 supply voltage power supply current 12 pin 4 digit 7 segment display SN7694N
Contextual Info: ADVANCED C IR C U IT S PRELIM INARY AC5947N 18-SEGMENT D IS P L A Y DRIVER 12/11/79 N O R N F D U AL-IN-LINE PACKAGE TO P VIEW On chip latches for the A S C II input data ’C Output enable for display blanking and duty cycle dimming u *[ »C •c ’[

Contextual Info: ¡ n t I» P ftE U R fl 11 " H ì1 51C256H HIGH PERFORMANCE RIPPLEMODE 256Kx 1 CHMOS DYNAMIC RAM 51C256H-10t 51C256H-12 51C256H-15 51C256H-20 100 120 150 200 Maximum Column Address Accsss Tims (ns 40 50 65 85 Ripplemode Cycle Tims (ns) 50 60 75 95 Maximum Access Tims (ns)

Realtek PCIe GBE Family Controller

Abstract: 88E8001 88E8055 AIC 7880P Marvell 88E8055 KT400-8235 ST3250620 Motherboard dell optiplex gx280 p4p800 marvell 88e8001
Contextual Info: Intel Entry Storage System SS4000-E Tested Hardware and Operating System List Revision 2.1 February 2008 Storage Server Group Marketing Revision History Intel® Entry Storage System SS4000-E Revision History Date Revision Number 21 Feb 2006 0.5 Modifications

FN6316

Abstract: dt12 118 ISL1221 ISL1221IUZ ISL1221IUZ-T TB363 TB379 1221Z HRT10 ATR-1000
Contextual Info: ISL1221 Real Time Clock/Calendar with Event Detection and Frequency Output Data Sheet June 22, 2006 Low Power RTC with Battery Backed SRAM and Event Detection Features The ISL1221 device is a low power real time clock with Event Detect and Time Stamp function, timing and crystal

c200h-OC226N

Abstract: CS1D-PA207R omron oc222 omron oc225 english omron OD231 yaskawa servo driver omron oc225 OMRON BF 302 C200H-AD002 OMRON Operation Manual Rotary Encoder OS 104 mitsubishi
Contextual Info: Y201-EN2-03.book Seite 247 Donnerstag, 30. März 2006 1:52 13 Programmable Controllers Rack PLCs CS1 Series Introduction Lineup CPU Units Power Supplies Basic System Configuration Duplex System Configuration Programming Dimensions I/O allocations Current consumption

S45 SMD diode mark

Abstract: smd code marking 5b CH1786 CH1794 CH1798 CH1799 CH1799LL CH2056 MNP10 Xx168
Contextual Info: HIGH SPEED Modem and FAX FAMILY CH2056 CH1799 CH1798 CH1794 • • • • • • • • • • • • • • • • • • Supports V.90, V.34bis, V.34, V.32bis, V.32, V.22bis, V.22A/B, V.23, V.21, Bell 212A and 103 CH2056 supports V.80 Synchronous operation

12008IBZ

Abstract: ISL12008 MN21 battery ahr11 ASC13 digital calendar clock ic ds1340 DW12 epson 32.768k ISL12008IB8Z
Contextual Info: ISL12008 I2C Real Time Clock with Battery Backup Data Sheet September 26, 2008 FN6690.1 Low Power RTC with Battery ReSeal Function Features The ISL12008 device is a low power real time clock/calendar that is pin compatible and functionally equivalent to the

FSK modulate by matlab book

Abstract: 16 QAM modulation matlab 3025C wimax matlab IEC-60068-2-64
Contextual Info: PXI Modules 3020 Series Digital RF Signal Generators Fully featured PXI digital RF signal generator modules for applications in communications system test • Frequency ranges spanning 1 MHz to 6 GHz • Level ranges -120 dBm up to + 6 dBm max. • Level accuracy ± 0.3 dB typical cw

Contextual Info: ISL1220 I2C® Real Time Clock/Calendar with Frequency Output Data Sheet June 22, 2006 Low Power RTC with 8 Bytes of Battery Backed SRAM and Separate FOUT The ISL1220 device is a low power real time clock with timing and crystal compensation, clock/calendar, power fail

Contextual Info: ISL1218 I2C® Real Time Clock/Calendar Data Sheet June 22, 2006 Low Power RTC with Battery Backed SRAM Features The ISL1218 device is a low power real time clock with timing and crystal compensation, clock/calendar, power fail indicator, periodic or polled alarm, intelligent battery backup

Contextual Info: P r e l im in a r y P r o d u c t Sp e c if ic a t io n Z80189/Z8L189 G e n e r a l -P u r p o s e Em b e d d e d C o n t r o l l e r s FEATURES Part CPU UART I/O Speed MHz Z 801 89 S180* 16550 24 33 Z 8L1 89 S180* 16550 24 20 • Fully Static Z180 MPU Core*

MACH110 cross reference

Abstract: PAL 002a MACH Technical Briefs Manual PAL 008a ACH110 amd 44 MACH210 class B
Contextual Info: a MACH Family Data Book High Density EE CMOS Programmable Logic Summer 1992 A d van ced Micro Devices M ACH™ 1 and M ACH 2 F a m ilie s High Density EE CMOS Programmable Logic Q3 1992 Data Book Final: Preliminary: M AC H 110-12/15/20 C om ’l, Mil M ASC 110-15/20 C om ’l

10-PIN

Abstract: ISL1209 ISL1209IU10 ISL1209IU10-TK ISL1209IU10Z ISL1209IU10-ZTK ATR-1000
Contextual Info: ISL1209 Real Time Clock/Calendar with Event Detection Data Sheet February 1, 2005 Low Power RTC with Battery Backed SRAM and Event Detection Features The ISL1209 device is a low power real time clock with Event Detect function, timing and crystal compensation,

26e6

Abstract: 500E9
Contextual Info: ISL1209 Real Time Clock/Calendar with Event Detection Data Sheet April 19, 2006 Low Power RTC with Battery Backed SRAM and Event Detection Features The ISL1209 device is a low power real time clock with Event Detect function, timing and crystal compensation,

ring COUNTER

Abstract: KR2376-ST 2376 keyboard kr2376-xx 88-keyboard Matrix keyboard key code keyboard matrix 8 x 18 KR2376
Contextual Info: STANDARD MICROSYSTEMS CORPORATION KR2376-XX Keyboard Encoder Read Only Memory PIN CONFIGURATION FEATURES □ Outputs directly compatible with TTL/D TL or MOS logic arrays. □ External control provided fo r output polarity selection. □ External control provided for selection of odd

FN6109

Abstract: 26e6 ISL1209 ISL1209IU10 ISL1209IU10Z 82NA ATR-1000 MC-406 32.768kHZ ASC20
Contextual Info: ISL1209 Real Time Clock/Calendar with Event Detection Data Sheet October 17, 2006 Low Power RTC with Battery Backed SRAM and Event Detection Features The ISL1209 device is a low power real time clock with event detect function, timing and crystal compensation,

ahr11

Abstract: USR62 1220Z ISL1220 ISL1220IUZ ISL1220IUZ-T TB363 TB379 MARKING HRA ASC20
Contextual Info: ISL1220 I2C® Real Time Clock/Calendar with Frequency Output Data Sheet June 22, 2006 Low Power RTC with 8 Bytes of Battery Backed SRAM and Separate FOUT The ISL1220 device is a low power real time clock with timing and crystal compensation, clock/calendar, power fail

88E8001

Abstract: Motherboard dell optiplex gx280 88E8055 Marvell 88E8055 M5229 WD1600JS-00NCB1 marvell 88e8001 nc6000 Motherboard dell optiplex gx620 ibm thinkpad t42
Contextual Info: Intel Entry Storage System SS4000-E Tested Hardware and Operating System List Revision 1.5 October, 2006 Storage Server Group Marketing Revision History Intel® Entry Storage System SS4000-E Revision History Date Revision Number 21 Feb 2006 0.5 Modifications