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Part Manufacturer Description Datasheet BUY
SN54LS148W-10 Texas Instruments LS SERIES, 8-BIT ENCODER, CDFP16 visit Texas Instruments
SN54LS148W Texas Instruments LS SERIES, 8-BIT ENCODER, CDFP16 visit Texas Instruments
SN74LS147J-00 Texas Instruments LS SERIES, 9-BIT ENCODER, CDIP16 visit Texas Instruments
SN74LS147N-00 Texas Instruments LS SERIES, 9-BIT ENCODER, PDIP16 visit Texas Instruments
SN54LS148W-00 Texas Instruments LS SERIES, 8-BIT ENCODER, CDFP16 visit Texas Instruments
SN54LS147J Texas Instruments LS SERIES, 9-BIT ENCODER, CDIP16 visit Texas Instruments

16 to 4 encoder dip

Catalog Datasheet MFG & Type PDF Document Tags

IC 2272

Abstract: 2272 m4 A2 d 3 16 r OSC1. A2 â¡ 3 16 c PT2262 A3 C PT2272 A3 4 15 OSC2 4 15 A4 5 14 TE A4 â , is presented to the encoder inputs. The most negative supply The input of the received signal ,   T-UU-2>ISI ìv TT/| ; y vp TIMING DIAGRAM ENCODER TE/SELECT DATA OUT DECODER / c 4 WORDS , 'S TESTING MODE. â'¢i 13 ORDER INFORMATION ENCODER i DECODER 4 J PART NUMBER WAVEFORM PACKAGE PT2262 , PIN DIP PT2272-L2 2 Latched 18 PIN DIP PT2272-M2 2 Momentary 18 PIN DIP PT2272-L4 4 Latched 18 PIN
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PT2272-M4 IC 2272 2272 m4 2272 l4 pt2272 TRANSMITTER PTC 2272 IC pt 2262 Q0Q0017 PT2272-L4/M4 PT2272-L6/M6 PT2272-L4/M PT-2262 PT2262-IR

encoder

Abstract: quadrature encoder 16 pin dip defaults to Mode 4. Relay Output DIP switches 15 and 16 are used to program the desired percent of full , 0.01 to 100,000 (see table 2 in DIP Switch Definitions). Example 1: Encoder Frequency = 100kHz Set , kHz Set BF to 20 (20 = 16 + 4; switches 5, 3 should be set to 1). Set SF to 10000 (SW10=1, SW9=1 and SW8=0). Rev. 130617132141 ETACH2 High Speed Encoder to Analog Tachometer Page 4 of 9 BF , ETACH2 High Speed Encoder to Analog Tachometer Page 1 of 9 Description The ETACH2 is a high
US Digital
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encoder quadrature encoder 16 pin dip USB-232 PS-12

PT2262

Abstract: PT2262 ENCODER PT2272 DECODER PRELIMINARY "noise recognition and bypass" scheme â'¢ Encoder directly couples to IR transmitter with pulse mode , 2 17 â¡ VT A1 2 17 A2 [3 3 16 OSC1 A2 â¡ 3 16 A3 PT2272-L4 OSC2 A3 C PT2272-L6 4 , PIN NO. NAME FUNCTION 1-6 A0-A5 They must match the encoder inputs in order for the decoder , output data or VT signal. Data outputs will give the information that is presented to the encoder inputs , application. 2.Decoder OSC frequence must be 2.5 to 8 times as high as that of Encoder. The wide tolerance
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PT2262 ENCODER PT2272 DECODER PRELIMINARY ic pt2262 2262 encoder ptc 2262 PT2272 M4 ir encoder decoder 4 bit PT2272-M6 PT-2272-XX-E

encoder decoder pt2262 and 2272

Abstract: PT2262 ENCODER PT2272 DECODER PRELIMINARY '¢ Good noise immunity with "noise recognition and bypass" scheme â'¢ Encoder directly couples to IR , r 3 16 r OSC1. A2 â¡ 3 16 A3 d PT2262 A3 C PT2272 4 15 OSC2 4 15 A4 5 14 TE A4 â¡ 5 14 , FOR PT2272 DECODER PIN NO. NAME FUNCTION 1-6 A0-A5 They must match the encoder inputs in , presented to the encoder inputs. 9 Vss The most negative supply 14 DATA IN The input of the received , 4 -W- B 17 16 15 14 13 12 11 10 PT2262 /77 m rh RECOMMAND UHF 4-DATA transmitter
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encoder decoder pt2262 and 2272 2272-L4 ic PT2272 PT 2262 A 2272 decoder pt2272 example

TMCM-102

Abstract: 521 optocoupler 4 (D-SUB) The DIP switch setting (refer to 5.2) controls the signals/interface off the D-SUB , Interface/Adapter Manual (V1.02 / 16 February 2009) 2 Table of Contents 1 2 3 4 5 6 7 8 , Interface/Adapter Manual (V1.02 / 16 February 2009) 4 2 Features The TMCM-IF standard add-on board , Connector 4 (D-SUB) 4.3 DIP switches DIP switch 100 adjusts the address of the CAN and RS-422 interfaces , For further information how to activate different interfaces refer to 5.2. Switch 1 2 3 4 5 6
Trinamic Motion Control
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TMCM-102 521 optocoupler USB Connector A type Female DIP optocoupler 357 optocoupler P 521 TMCM-102-IF TMCM-142

servo motor encoder wiring diagram

Abstract: Maxon 4-Q-DC Gnd 7 +Venc 6 16 5 10 11 12 13 14 15 16 15 4 T/ChA 3 +T/ChB 9 , ON Encoder Encoder 1 2 13 14 ON OFF ON 4 maxon motor control Current 1 2 June 2010 Edition / Subject to change maxon motor Operating Instructions 7 8 9 3 4 , 15 16 10 3.2 4-Q-DC Servo Control LSC 30/2 maxon motor control 5 maxon motor 4 , Edition / Subject to change maxon motor Operating Instructions 4-Q-DC Servo Control LSC 30/2
Maxon Motor
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DIP10 servo motor encoder wiring diagram Maxon 4-Q-DC maxon motor servo wiring diagram 4QDC potentiometer 4k7 12-30VDC

4-DIGIT counter with 7-SEGMENT DISPLAY

Abstract: hex to 7 segment -Line to 1-Line Multiplexer 3-STATE DIP 5 other MM74C154 Decoder, Demultiplexer 4-Line to 16 , Schmitt Trigger DIP SOIC 5 other MM82C19 Multiplexer 16-Line to 1-Line Multiplexer DIP , with Extended Input Voltage DIP SOIC 5 other MM74C922 Encoder 16-Key Encoder DIP , other MM74C85 Comparator 4-Bit Magnitude Comparator DIP 5 other MM74C86 Gate , Access Read/Write Memory DIP 5 other MM74C90 Counter 4-Bit Decade Counter DIP 5
Fairchild Semiconductor
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MM74C00 MM74C02 MM74C04 MM74C08 MM74C14 MM88C29 4-DIGIT counter with 7-SEGMENT DISPLAY hex to 7 segment 4 digit 7 segment decoder 16 to 4 encoder dip BCD to Hex decoder 4digit 7 segment driver

PT2260-R4S

Abstract: PT2260-R4 ://www.princeton.com.tw Remote Control Encoder PT2260 PACKAGE INFORMATION 16 PINS, DIP, 300MIL PT2260 V1 , temperature range (see Features). Thus, this very important feature enables your Encoder/Decoder to operate , Waveform is 4 bits long with 1/8 bit width pulse. Please refer to the diagram below: 1/8 bit width = , be 1/16 ~ 4 (or 1/16 ~ 1/4) times that of the transmitting PT2260. The typical oscillator frequency , 10 µ H 5p 5p 82 0K 47 K 16 15 14 13 12 11 10 9 PT22 60- R4 1 2 3 4 5
Princeton Technology
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PT2270 PT2260-R4S PT2260-R4 PT2260-R2S pt2272 radio circuits PT2260-R4SL PT2260/PT2270 150MIL 5M-1982 MS-012

pt22408

Abstract: door security system pt2240 one-time programmable process. It can support up to 8 Data Bits and is housed in 8 or 16-pin DIP or SO , , SOP (150 mil) 16 Pins, DIP 16 Pins, SOP (150 mil) Page 4 Address Codes Programmable , , PT2240's intrinsic feature of being able to support 2/3/4/6/8 data bits considerably reduces inventory , Data Pins Up to 222 Address Codes One-Time Programmable Process Available in SO or DIP Package , 1 2 3 4 5 6 7 8 16 15 14 13 12 11 10 9 PT2240 (16 VSS VPG S0 PGM VDD
Princeton Technology
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PT2240-D3 PT2240P-D3 PT2240-D3S PT2240-S PT2240-16 PT2240-16S pt22408 door security system pt2240 pt2240p-d3s PT2240P-16 d3s diode PT2240P-D3S PT2240P

HT6044

Abstract: HT6042 DIN active "Hi" 18 DIP/20 SOP HT6033 10 0 - RC oscillator DIN active "Hi" 16 DIP/16 SOP HT6034 8 4 L RC oscillator DIN active "Hi" 18 DIP/ 20 SOP HT6035 8 2 L RC oscillator DIN active "Hi" 16 DIP/16 SOP 1 2nd Oct '97 312 Series of , should be selected (refer to the encoder/decoder cross reference tables). codes are encountered, the , arranged to provide a number of data pins whose range is from 0 to 4 and an address pin whose range is
Holtek
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HT6030 HT6032 HT6042 HT6044 HT6045 RE-99 312 DECODERS ltm9052 PIC-12043T/PIC-12043S

IC HT640 pin diagram

Abstract: HT640 ENCODER top four DIP switches are labeled "Button 1" through "Button 4" and correspond to the data line , the MS Series encoder and decoder from Linx Technologies. Instead of using DIP switches to set an , look for the DIP switch as shown below. Page 2 Switch number one is at the top and corresponds to , the cover plate on the back of the case to reveal the DIP switch as shown below. ON OFF A0 = 8 A1 = 7 A2 = 6 A3 = 5 A4 = 4 A5 = 3 A6 = 2 A7 = 1 Figure 1: CMD-HHTX DIP Switches Switch
Linx Technologies
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AN-00300 HT640 HT658 IC HT640 pin diagram HT640 ENCODER circuit diagram for simple IR transmitter receiver Holtek HT-640 Encoder holtek ht640 decoder

PT2240-S

Abstract: 16 to 4"Encoder IC" ) 16 Pins, DIP 16 Pins, SOP (150 mil) 16 Pins, DIP 16 Pins, SOP (150 mil) Page 4 Address Codes , housed in 8 or 16-pin DIP or SO Package. It encodes address and data codes into a coded waveform , and cost saving advantage. Furthermore, PT2240's intrinsic feature of being able to support 2/3/4/6/8 , Configurations VSS S1 VPG D7 D6 D5 D4 PGM 1 2 3 4 5 6 7 8 16 15 14 13 12 11 10 9 PT2240 (16 1 VSS 2 VPG S0 3 PGM VDD 4 DOUT D1/CODE OSC PT2240 D0/CLK D1/CODE D2 1 VSS
Princeton Technology
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PT2240P-S PT2240P-16S 16 to 4"Encoder IC" 16 to 4 encoder ic Programmable Home Security Alarm System Encoder "Encoder IC"

MAXON CONTROLLER 4Q DC

Abstract: maxon motor OFF OFF ON Encoder Encoder 1 2 13 14 ON OFF ON 4 maxon motor control , 10 11 12 13 14 15 16 3 4 5 6 7 8 9 7 8 Set value -10 . +10V OFF , selected amplification is too high. 4. Apply 0 V set value and adjust the motor to speed 0 rpm with , adjust the motor to current 0 A with potentiometer P3 Offset. Important: DIP switch 9 must be set in , selected to apply an external analogue set value. The required range is determined by the position of DIP
Maxon Motor
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MAXON CONTROLLER 4Q DC maxon 41 dc servo motors 30V DC Servo Control Unit dc servo motor encoder ixr compensation

845h incremental encoder

Abstract: Allen-bradley gml commander pins of the 4 pin connector). All but the Encoder connector use flying leads to attach to the , Power (12V 5V) The first DIP switch (1) sets the Encoder power to either 12V DC or 5V DC. Move the , DIP Switch settings before applying power to the ALEC to avoid encoder damage. ! IMPORTANT , . 34 Adding ALEC to Commander AxisLink Configuration. . . . 34 Chapter 4 Fault Indication & , to an incremental encoder and the AxisLink cable. Provides the guidelines for setting up and
Allen-Bradley
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845h incremental encoder Allen-bradley gml commander Allen-Bradley Incremental Differential Line Driver Encoders 845P incremental encoder GML Commander 1770-CD

16 to 4 encoder ic

Abstract: "Encoder IC" 16 Pins, DIP Programmed PT2241P-16S 16 Pins, SOP (150 mil) Programmed PT2241 v1.4 , programmable process. PT2241 can support up to 4 Data Bits, thereby reducing inventory pressures. It is housed in 8 or 16-pin DIP or SO Package. The pin assignments and application circuit are optimized for easy , Operating Voltage: 1.8~15 V Up to 4 Data Pins Up to 311 Address Codes One-Time Programmable Process , VPG N3 D3 N2 D2 PGM 1 2 3 4 5 6 7 8 16 15 14 13 12 11 10 9 S0 VCC VDD
Princeton Technology
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PT2241-S PT2241P PT2241P-S PT2241-16 PT2241-16S PT2241P-16 circuit alarm car 18 pin encoder ic for remote controller 8 pin rf Encoder IC 16 pin encoder ic for remote controller

ht6042

Abstract: HT6044 number of address and data format should be selected (refer to the encoder/decoder cross reference , to provide a number of data pins whose range is from 0 to 4 and an address pin whose range is from , oscillator DIN active â'Hiâ' 18 DIP/20 SOP RC oscillator DIN active â'Hiâ' 16 DIP/16 SOP RC oscillator DIN active â'Hiâ' 18 DIP/ 20 SOP RC oscillator DIN active â'Hiâ' 16 DIP/16 SOP l 2nd Oct â , /20 SOP HT6044 8 4 M V RC oscillator DIN active â'Hiâ' 18 DIP/20 SOP HT6045
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JR-200

HARRIS SEMICONDUCTOR 1553

Abstract: ic 74165 BIPOLAR ZERO OUT Encoder An active low output designed to drive the zero or negative sense of a bipolar line driver. 16 1 OUTPUT INHIBIT Encoder A low on this pin forces pin 15 and 17 high, the inactive states. 17 o BIPOLAR ONE OUT Encoder An active low output designed to drive the one or positive sense of , to ENCODER SHIFT CLOCK. 19 1 ENCODER ENABLE Encoder A high on this pin initiâtes the encode cycle. (Subject to the preceeding cycle being complete.) 20 1 SYNC SELECT Encoder Actuates a Command sync for an
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HARRIS SEMICONDUCTOR 1553 ic 74165 TD5 651 74165 15530 HD-15530 QG1S113 HD-15530/883 M1L-STD-1553 MIL-STD-1553

Remote Control Toy Car TRANSMITTER IC

Abstract: RF toy plane circuit diagram OSC2 OSC1 VSS 5 4 6 7 8 9 10 16 15 14 13 12 11 A6 A4 A3 A2 A1 A0 AD11 , or "floating" Address pin no. 4 This pin may be externally set to "0", "1" or "floating" Address , 17 - - 18 14~17 16~19 19~22 1~2 3~4 - - 23 1~2 3 4~5 6~7 - 2~5 , . Please refer to the diagram below. D12 to D15 , stops. Please refer to the diagram below. TE
Princeton Technology
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PT2607 PT2607-S Remote Control Toy Car TRANSMITTER IC RF toy plane circuit diagram PT2607B PT2607C MS-013

HT12B

Abstract: infra-red burglar alarm circuit diagram /Data A0 C 1 A 1C 2 A 2C 3 A3 C 4 A4 C 5 A 5C 6 A 6C 7 A 7C 8 VSSC 9 HT12C - 16 DIP/SOP 8 Address 4 , / 20 SOP 16 DIP/ 16 SOP 18 DIP 18 DIP/ 20 SOP 38KH z 38K Hz 38K Hz No No Yes No No 0 Note , . Active low. Can be externally set to VSS or open. See note. Encoder data serial transm ission output , Typ. 5 0.1 2 40 150 -1.6 1.6 - - 3 1.5 Max. 12 1 4 80 300 - - Vdd 0.2Vdd - 3 U nit V HA HA , enable (TE for the HT12E or D2~D11 for the HT12A/B/C, active low, the encoder begins a 4 w o r d
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HT12B HT12A infra-red burglar alarm circuit diagram encoder ht12e D2-D11 HT12E application note decoder Holtek HT12A/C/E 455KCZD JR-220
Abstract: Side-Brazed DIP 23 22 21 10 20 11 19 12 13 14 15 16 17 18 ¸ 6 OUT VDD ENCODER CLK , ENCODER SHIFT CLK 2 23 ENCODER CLK TAKE DATA 3 22 SEND CLK IN SERIAL DATA OUT 4 21 , encoder on a low to high transition Output is high during receipt of data after identification of a Sync , -6 circuit Provides ENCODER CLOCK divided by 6 An active low output intended to drive the zero or negative , is provided on chip which can be utilized to produce the SEND CLOCK by dividing the ENCODER CLOCK HOLT Integrated Circuits
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HI-15530 MIL-STD1553 HI-1567 HD15530 MAS15530 ACT15530
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