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Part Manufacturer Supplier Stock Best Price Price Each Buy Part
LHI 968 Excelitas Technologies Corporation Newark element14 742 $6.68 $3.52
LHI 968 Excelitas Technologies Corporation Allied Electronics & Automation 14,835 $3.33 $1.85
LHI 968 Excelitas Technologies Corporation element14 Asia-Pacific 351 $5.30 $4.36
LHI 968 Excelitas Technologies Corporation Farnell element14 335 £14.95 £5.75
LHI968 Excelitas Technologies Corporation TME Electronic Components 14 $7.80 $6.84

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LHi 968 datasheet (2)

Part Manufacturer Description Type PDF
LHi 968 PerkinElmer Optoelectronics Pyroelectric Detector Dual ELement configuration including FET and optical window RFi protection Original PDF
LHI968 PerkinElmer Optoelectronics Dual Element Detector Original PDF

LHi 968 Datasheets Context Search

Catalog Datasheet MFG & Type PDF Document Tags
2002 - Heimann lhi 968

Abstract: LHi 968 application note PIR sensor 5V LHi 968 application LHi 968 sensor circuit Heimann lhi 958
Text: 2.2kΩ (Typical) PIR = HEIMANN LHi 958, 968 , (Typical) + R7 V DD 12 R1 = See NOTE 2 , 33µF PIRs = HEIMANN LHi 954, 958, 978, 874 or 878 (Typical) 5V R1 C6 = 33µF C7 = 0.01µF C8


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PDF LS6511 A3800 LS6511 Heimann lhi 968 LHi 968 application note PIR sensor 5V LHi 968 application LHi 968 sensor circuit Heimann lhi 958
2004 - Heimann lhi 958

Abstract: No abstract text available
Text: V SS LED/REL OUT DUR TIM RC 9 LED/REL OUT 8 7 MODE PIR = HEIMANN LHi 958, 968 , 0.1µF PIRs = HEIMANN LHi 954, 958, 978, 874 or 878 (Typical) All Resistors 1/4 W. All Capacitors 10V


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PDF LS6511 A3800 LS6511 Heimann lhi 958
Heimann lhi 968

Abstract: LHi 968 LHi 954 heimann LHi 874 Heimann lhi 958 Heimann lhi 874 LHi 978 Heimann lhi 878 trigger coil heimann LHi 954
Text: C7 V DD C1 CP MODE or DP MODE RC R8 6 C8 V DD S PIR = HEIMANN LHi 958, 968 (Typical , C5 = 33µF PIRs = HEIMANN LHi 954, 958, 978, 874 or 878 (Typical) C6 = 33µF C7 = 0.01µF C8 =


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PDF LS6511 A3800 LS6511 Heimann lhi 968 LHi 968 LHi 954 heimann LHi 874 Heimann lhi 958 Heimann lhi 874 LHi 978 Heimann lhi 878 trigger coil heimann LHi 954
2002 - Heimann lhi 968

Abstract: LHi 968 LHi 968 application Heimann lhi 958 LHi 878 pir schematic Heimann lhi 878 LHi 968 sensor circuit LHi 954 heimann LHi 878 application
Text: C7 V DD C1 CP MODE or DP MODE RC R8 6 C8 V DD S PIR = HEIMANN LHi 958, 968 (Typical , C5 = 33µF PIRs = HEIMANN LHi 954, 958, 978, 874 or 878 (Typical) C6 = 33µF C7 = 0.01µF C8 =


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PDF LS6511 A3800 LS6511 Heimann lhi 968 LHi 968 LHi 968 application Heimann lhi 958 LHi 878 pir schematic Heimann lhi 878 LHi 968 sensor circuit LHi 954 heimann LHi 878 application
2003 - Not Available

Abstract: No abstract text available
Text: Command Decode and PIO Access ID[4:0] LHI [6:0] Arbitration FULI[6:0] BHI[2:0] Full Logic FULL FULO[1:0 , upstream devices in a block. All unused LHI pins are connected to a logic 0. (For more information, see , . Either the LHO[1] or the LHO[0] is connected to one input of the LHI bus of up to four downstream devices , set to 1 responds. Chip Core Supply. 1.8V. Chip I/O supply. 2.5V or 3.3V. Cascade Interface LHI [6


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PDF CYNSE70032 CYNSE70032 CYNSE70128-/256-specific
2002 - CYNSE70064A

Abstract: No abstract text available
Text: :0] LHI [6:0] Arbitration FULI[6:0] BHI[2:0] Full Logic FULL 4.0 FULO[1:0] Logic , . This signal is then driven by only one of the devices. LHI [6:0] I Local Hit In. These pins , each of the upstream devices in a block. All unused LHI pins are connected to a logic 0. (For more , LHI bus of up to four downstream devices in a block of up to eight. (For more information see Section


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PDF CYNSE70064A CYNSE70064A CYNSE70064
2001 - lhi 103 datasheet

Abstract: No abstract text available
Text: CMDCompare/PIO Data SRAM Control OE_L WE_L CE_L ALE_L ID[4:0] LHO[1:0] LHI [6:0] Arbitration , ] or LHO[0] of each of the upstream devices in a block. All unused LHI pins are connected to a logic 0 , one input of the LHI bus of up to four downstream devices in a block of up to eight. (For more , Interface Cascade Interface LHI [6:0] LNI7010 Version 3.0 © Copyright 2001. Lara Networks, Inc , DEVICE) BHI[2:0] DQ[67:0] 6 5 4 3 LHI 2 1 0 CMDV, CMD[8:0] SRAM


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PDF LNI7010 lhi 103 datasheet
LHi 807

Abstract: LHI 807G1
Text: LHi 8 0 7 / L H i 8 0 7 - I C • Single Element Type/Compensated Type • Special , complete series is also available in a thermally compensated form: The LHi 807-TC is equipped with an additional compensating element, which is shielded from direct radiation by gold plating. PARAMETER LHi 807/ LHi 807-TC min max typ Element Size condition units 1 ,5 x 1 ,5 mm2 6 4 0 /3 , Response 5 .0 8 LHi 807 J L egzG HEIMANN Optoelectronics EG&G Heim ann O ptoelectronics G m


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PDF 807-G7 807-G20 807-G5 807-G5 807-G9 807-G11 807-G12 807-G14 807-G10 T003320 LHi 807 LHI 807G1
2003 - CYNSE70064A

Abstract: CMD 1044 LHi 103
Text: :0] LHI [6:0] Arbitration FULI[6:0] BHI[2:0] Full Logic FULL 4.0 FULO[1:0] Logic , the devices. LHI [6:0] I Local Hit In. These pins depth-cascade the device to form a larger , block. All unused LHI pins are connected to a logic 0. (For more information, see Section 11.0 , . Either the LHO[1] or the LHO[0] is connected to one input of the LHI bus of up to four downstream


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PDF CYNSE70064A CYNSE70064A CMD 1044 LHi 103
2003 - CYNSE70032

Abstract: No abstract text available
Text: Control OE_L WE_L CE_L ALE_L ID[4:0] LHO[1:0] LHI [6:0] Arbitration FULI[6:0] BHI[2:0 , ) Parameter OE_L Type[1] T ALE_L T Cascade Interface LHI [6:0] I LHO[1:0] O BHI[2:0 , connected to the LHO[1] or LHO[0] of each of the upstream devices in a block. All unused LHI pins are , one input of the LHI bus of up to four downstream devices in a block of up to eight. (For more


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PDF CYNSE70032 CYNSE70032
2003 - lhi 103

Abstract: CYNSE70032 CYNSE70256
Text: and SRAM Control OE_L WE_L CE_L ALE_L ID[4:1] LHI [6:0] FULI[6:0] BHI[2:0] Full Logic , driven by only one of the devices. Cascade Interface LHI [6:0] I Local Hit In. These pins , the LHO[0] are connected to one input on the LHI bus (from BHI[2:0] I Block Hit In. Inputs , devices in a block. All unused LHI pins are connected to a logic 0. For more information, see Section 11.0, "Depth Cascading," on page 84. LHI [0] stays unconnected. up to four downstream devices in a


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PDF CYNSE70256 lhi 103 CYNSE70032 CYNSE70256
2001 - LNI7020

Abstract: LNI7020-066
Text: ] LHI [6:0] Arbitration FULI[6:0] BHI[2:0] Logic Full Logic FULL FULO[1:0] BHO[2:0 , LHO[1] or LHO[0] of each of the upstream devices in a block. All unused LHI pins are connected to a , connected to one input of the LHI bus of up to four downstream devices in a block of up to eight. (For more , Interface LHI [6:0] LNI7020 Version 2.0 LNI-0201-2*2-D-23 © Copyright 2001. Lara Networks, Inc. All , 68-BIT SEARCH IN x68 TABLE (ONE DEVICE) BHI[2:0] DQ[67:0] 6 5 4 3 LHI 2 1


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PDF LNI7020 LNI-0201-2 2-D-23 LNI7020 LNI7020-066
rs 807g

Abstract: 807-TC LHi 807 lhi807 LHi 807 TC
Text: TDOBBSO OOOOOflB Sfll E G & G/HEIHANN OPTOELE LSE D HEIMANN LHi 807, LHi 807-TC Pyroelectric IR-Sensors Single Element Sensor LHi 807 Compensated Single Element Sensor LHi 807-TC 8,1 O , ­ trum. LHi 807-TC LHi 807 c o m p e n s a te d o O 2,2 • 10'9 7 • 107 O 10 , temp. LHi 807 s in g le E le m e n t "vl type sensor type element size responsivity R , series is also available in a thermally compensated form. The LHi 807-TC is equipped with an adÂ


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PDF 807-TC wichC02 807-G3 807-G4 807-G5 807-G20 807-G D-6200 rs 807g 807-TC LHi 807 lhi807 LHi 807 TC
HEIMANN LHI

Abstract: HEIMANN
Text: LHi 8 0 7 / L H i 8 0 7 - I C • Single Elem ent Type/C om pensated Type • Special , available in a thermally compensated form : The LHi 807-TC is equipped with an additional compensating element, which is shielded from direct radiation by gold plating. PARAMETER LHi 8 07 /L H i 807 , °c 70 Storage Tem perature 80 R(kV/W ) 'T LHi 807 B O TTOM Frequency Response , vari­ ants, which can be built into LHi 807 or LHi 807-TC. All these filters are made of coated


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PDF 807-G9 807-G7 807-G20 807-G10 807-G11 807-G12 807-G HEIMANN LHI HEIMANN
2012 - TRANSISTOR SMD MARKING CODES ROC

Abstract: TRANSISTOR SMD MARKING CODE B9 SMD OL7 diode SMD MARKING CODE Z2 NB b6 smd transistor AECQ10x-12-REVA Zener diode smd marking code b3 smd diode b13
Text: mode pin ( LHI ) enables OUT1-OUT4 while disabling OUT5-OUT8. Each output driver is protected for over , OUT7 OUT8 GND LHI OUT1 & 5 OUT2 & 5 OUT3 & 7 OUT4 & 8 IN1 IN2 IN3 IN4 Figure 1. Basic Block , GND Limp Home Control Circuit IN1 IN2 IN3 IN4 LHI GND Figure 2. Application Diagram (relay loads) 1 GND GND OUT1 OUT2 OUT3 OUT4 OUT5 OUT6 OUT7 OUT8 GND GND VDDA CSB SI EN SCLK SO LHI IN1 IN2 , capability.) All registers are reset coming out of LHI mode. Ground if not used for best EMI performance


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PDF NCV7240 SSOP-24 565AL NCV7240/D TRANSISTOR SMD MARKING CODES ROC TRANSISTOR SMD MARKING CODE B9 SMD OL7 diode SMD MARKING CODE Z2 NB b6 smd transistor AECQ10x-12-REVA Zener diode smd marking code b3 smd diode b13
2001 - CYNSE70032

Abstract: CYNSE70128
Text: Control OE_L WE_L CE_L ALE_L ID[4:0] LHO[1:0] LHI [6:0] Arbitration FULI[6:0] BHI[2:0 , OE_L T ALE_L T Cascade Interface LHI [6:0] I LHO[1:0] O BHI[2:0] I BHO[2 , bus is connected to the LHO[1] or LHO[0] of each of the upstream devices in a block. All unused LHI , connected to one input of the LHI bus of up to four downstream devices in a block of up to eight. (For more


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PDF CYNSE70032 CYNSE70032 CYNSE70128
2002 - CYNSE70032

Abstract: No abstract text available
Text: Control OE_L WE_L CE_L ALE_L ID[4:0] LHO[1:0] LHI [6:0] Arbitration FULI[6:0] BHI[2:0 , ] T WE_L T OE_L T ALE_L T Cascade Interface LHI [6:0] I LHO[1:0] O , the upstream devices in a block. All unused LHI pins are connected to a logic 0. (For more , logical signal. Either the LHO[1] or the LHO[0] is connected to one input of the LHI bus of up to four


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PDF CYNSE70032 CYNSE70032
2004 - CYNSE70064A

Abstract: No abstract text available
Text: :0] LHI [6:0] Arbitration FULI[6:0] BHI[2:0] Full Logic FULL 4.0 FULO[1:0] Logic , . This signal is then driven by only one of the devices. LHI [6:0] I Local Hit In. These pins , each of the upstream devices in a block. All unused LHI pins are connected to a logic 0. (For more , LHI bus of up to four downstream devices in a block of up to eight. (For more information see Section


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PDF CYNSE70064A CYNSE70064A 272-bit
2001 - LHi 968

Abstract: CYNSE70032 CYNSE70128
Text: CE_L ALE_L ID[4:0] LHO[1:0] LHI [6:0] Arbitration FULI[6:0] BHI[2:0] Full Logic FULL , . CYNSE70128 Signal Description (continued) Type[1] Description LHI [6:0] I Local Hit In: These , ] or LHO[0] of each of the upstream devices in a block. All unused LHI pins are connected to a logic 0 , connected to one input of the LHI bus of up to four downstream devices in a block of up to eight. (For more


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PDF CYNSE70128 CYNSE70128 LHi 968 CYNSE70032
2002 - Not Available

Abstract: No abstract text available
Text: SRAM Control OE_L WE_L CE_L ALE_L ID[4:0] LHO[1:0] LHI [6:0] Arbitration FULI[6:0 , Cascade Interface LHI [6:0] I LHO[1:0] O BHI[2:0] I BHO[2:0] O FULI[6:0] I , ] or LHO[0] of each of the upstream devices in a block. All unused LHI pins are connected to a logic 0 , LHI bus of up to four downstream devices in a block of up to eight. (For more information see Section


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PDF CYNSE70032 CYNSE70032 CYNSE70128-/256-specific
2002 - Not Available

Abstract: No abstract text available
Text: :0] LHI [6:0] Arbitration FULI[6:0] BHI[2:0] Full Logic FULL 4.0 FULO[1:0] Logic , signal is then driven by only one of the devices. Cascade Interface LHI [6:0] I Local Hit In , LHO[1] or LHO[0] of each of the upstream devices in a block. All unused LHI pins are connected to a , connected to one input of the LHI bus of up to four downstream devices in a block of up to eight. (For more


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PDF CYNSE70064 CYNSE70064
2013 - Not Available

Abstract: No abstract text available
Text: limp−home mode pin ( LHI ) enables OUT1−OUT4 while disabling OUT5−OUT8. Each output driver is protected , OUT7 SPI OUT8 OUT8 GND LHI IN1 IN2 IN3 IN4 OUT1 & 5 OUT2 & 5 OUT3 & 7 OUT4 & 8 , IN4 LHI GND Figure 2. Application Diagram (relay loads) 1 GND VDDA GND CSB OUT1 SI OUT2 EN OUT3 SCLK OUT4 SO OUT5 LHI OUT6 IN1 OUT7 IN2 OUT8 , and internal pull−down will hold the input low. (120 kW pull down resistor). 18 LHI Limp


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PDF NCV7240 NCV7240 NCV7240/D
2012 - Not Available

Abstract: No abstract text available
Text: limp−home mode pin ( LHI ) enables OUT1−OUT4 while disabling OUT5−OUT8. Each output driver is protected , OUT5 OUT6 OUT6 OUT7 OUT1−OUT4 ON OUT7 SPI OUT8 OUT8 GND LHI IN1 IN2 IN3 , Circuit 5V 10uF IN1 IN2 IN3 IN4 LHI GND Figure 2. Application Diagram (relay loads , LHI OUT6 IN1 OUT7 IN2 OUT8 IN3 GND IN4 GND VDD Figure 3. Pinout , will hold the input low. (120 kW pull down resistor). 18 LHI Limp Home Input. Active High. A


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PDF NCV7240 NCV7240 NCV7240/D
2001 - Not Available

Abstract: No abstract text available
Text: Command Decode and PIO Access ID[4:0] LHI [6:0] Arbitration FULI[6:0] BHI[2:0] Full Logic FULL FULO[1:0 , block. All unused LHI pins are connected to a logic 0. (For more information, see Section 11.0 , the LHO[0] is connected to one input of the LHI bus of up to four downstream devices in a block of up , responds. Chip Core Supply. 1.8V. Chip I/O supply. 2.5V or 3.3V. Cascade Interface LHI [6:0] I LHO


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PDF CYNSE70064 CYNSE70064
2003 - lhi 103

Abstract: No abstract text available
Text: ] LHI [6:0] Arbitration FULI[6:0] BHI[2:0] Full Logic FULL FULO[1:0] Logic LHO[1:0] BHO[2:0] SSF SSV , unused LHI pins are connected to a logic 0. (For more information, see Section 11.0, "Depth-Cascading" on , ] is connected to one input of the LHI bus of up to four downstream devices in a block of up to eight , . OE_L ALE_L T T Cascade Interface LHI [6:0] I LHO[1:0] O BHI[2:0] I BHO[2:0] FULI[6


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PDF CYNSE70064A CYNSE70064A 83-MSPS CYNSE70128/256-specific lhi 103
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