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Part Manufacturer Description Datasheet BUY
848710711 GE Critical Power MOLEX MINIFIT SR 8 AWG 10' visit GE Critical Power
ICL7107CM44ZT Intersil Corporation 3 1/2 Digit, LCD/LED Display, A/D Converters; MQFP44, PDIP40; Temp Range: 0° to 70° visit Intersil Buy
ICL7107CM44 Intersil Corporation 1-CH DUAL-SLOPE ADC, PARALLEL ACCESS, PQFP44 visit Intersil
ICL7107RCPLZ Intersil Corporation 1-CH DUAL-SLOPE ADC, PARALLEL ACCESS, PDIP40, ROHS COMPLIANT, PLASTIC, MS-011AC, DIP-40 visit Intersil
ICL7107RCPL Intersil Corporation 1-CH DUAL-SLOPE ADC, PARALLEL ACCESS, PDIP40 visit Intersil
ICL7107SCPLZ Intersil Corporation 3 1/2 Digit, LCD/LED Display, A/D Converters; PDIP40; Temp Range: 0° to 70° visit Intersil Buy

CI 7107

Catalog Datasheet MFG & Type PDF Document Tags

IC 7107 Pin diagram

Abstract: DIAGRAM OF IC 7106 OIMïïH^SDIL ICL7106/7107 3 /2 Digit Single Chip A/D Converter FEATURES â'¢ Guaranteed zero , circuits required. â'¢ Evaluation Kit available. GENERAL DESCRIPTION The Intersil ICL7106 and 7107 are , is designed to interface with a liquid crystal display (LCD) and includes a backplane drive; the 7107 will directly drive an instrument-size light emitting diode (LED) display. The 7106 and 7107 bring , 710« INTERSIL 7107 JOOO I _l -)._! IC ICL7106 with Liquid Crystal Display ICL7107 with LED
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IC 7107 Pin diagram DIAGRAM OF IC 7106 CI 7107 icl7105 thermometer circuit using 7107 icl7108 ICL7106/7107 ICL7106/ICL7107 LM339 DM7407

TCL7107

Abstract: 7107 applications y n y jx iy v i 3V 2 Digit A/D Converter /C L 7106/7107 G en era! D escription The Maxim ICL7106 , 3Y 2 D ig it A /D C o n verter ABSOLUTE MAXIMUM RATINGS ICL7106/7107 Supply Voltage ICL7106, V , Factor Temperature C oefficient V *S upply C urrent tDoes not include LED current for 7107) V" supply current 7107 only" Analog Comm on Voltage (With respect to P d s . Supply' Temp Coeff of Analog Com m on , 5: 7107 ONLY Segment Sinking C urrent (Except Pin 19) iPin 19 o n ly 1 3) C O N D ITIO NS Vin
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TCL7107 7107 applications 1Cl7106 the pin function of ic 7107 Digital capacitance meter by using IL 7107 N Digital amp. meter with 7107 ICL71D6 LCD-ICL7106 LED-ICL71Q7 1CL7106/7107

CI 7107

Abstract: 477c Ris!£5C = 1 0 0 0 0 0 GHMG + 7-107. NT C: = - 4 . 47.7C RE5C: ⡠F'ERATING RANGE : -55 TE 150 C GTDPAGE RANGE:-65 TG 150 C ^THERMAL TIME EGNGTANT:8 EEC, MAX * Ii I 5 E I F A T I G N G G N G T A N T : E m W / G M IN POWER RATING :, 1E5WEE5 G., DERATE TG 1E5 ^Ae Tested per- MIL-R-23648 May vary dependent on mounting 1 0 0 LL Ld ⡠LL 0 \ E5 1E5 TEMPERATURE '. C FIG, 1: PERFORMANCE , % QTI F'APT NUMBER QT0S05Z-104E |DR AWING REV TELEPANEE3 LI , 1 " = 0 , IJ 2 " :. IJ , IJ CI 1
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477c INCHE35 13TEP 13TEF

CI 7107

Abstract: hall sensor 9v 3 pin . La 4 C 3 13 4. -Ha 12. Lb 5 d ZI 12 5. + Hb 13. V* 6. -Hb 14. Lc 6 CI ZI » 7. + Hc 15 , Output Voltage Saturation Voltage b5b^flö3 DOOMböfl L32 â  -Neu^apan Radio Co^JM. - -7-107 This
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NJM2620D hall sensor 9v 3 pin njm2620 NJM2620

ha7210ip

Abstract: NOTES: 1. Calculated using the equation lDD = lD (No Load) + (VD0) (f0sc)(Ci) D 2. Human body model , 7-107 SPECIAL ANALOG CIRCUITS CRYSTAL (2)
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ha7210ip HA7210 HA7210IP HA7210IB HA7210Y

mxt 2410 sx

Abstract: PTC MZ 5 Inductors CM, CC series Chip Inductors CE, CF, CI, CS, CV and CW Series Chip Inductor SRF series Chip , ) 5-1-06 No Yes LF 1-1-05 0501 8-13-07 No No RC 7-1-07 0726 3000, 3500
Bourns
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CDNBS08 mxt 2410 sx PTC MZ 5 pot 3296 BDXXX lm 7914 pot 3296 small CD0402 CD214A-F 214B-F CD214B-R 214C-F 214C-R

SN74LVC543

Abstract: CI 7107 ANSI/IEEE Std 91-1984 and IEC Publication 617-12. logic diagram (positive logic) LEAB A1 CI 1D , 75265 7-107 This Material Copyrighted By Its Respective Manufacturer SN74LVC543 OCTAL REGISTERED
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SCAS299 SCAS299- 01DDS50

CH6f

Abstract: BA 7117 ci a G Q Q D SI OSC 1 Ü] o s e 2 SI OSC 3 SU TEST S] REF HI m v+ F2 El _E2 E D3 [Ü A 2 , (Does not include LED current for 7107) V- supply current 7107 only Analog Common Voltage (With respect
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CH6f BA 7117 IC 7107 ICL711S ICL7117CQH 7117 ICL7116 ICL7117 LCD-ICL7116 LED-ICL7117 ICL7116/7117 CL7116

Digital ohm meter by using IL 7107 N

Abstract: TSC7660  "^TELEDYNE COMPONENTS TC7106/7106A TC7107/7107 A 3-1/2 DIGIT A/D CONVERTER FEATURES â , digit direct display drive analog-to-digital converters allow existing 7106/7107 based systems to be , . Existing 7106 and 7107 based systems may be upgraded without changing external passive component values , [_2 TEST ose, CE Ne CE oscj OSC, CE v* CE ci ÃE ®1 TC71MACXW TC7107ACXW {FLAT PACKAGE) , section of the units display. 3 (38) 15 Ci Activates the C section of the units display. 4 (37) 16 8
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Digital ohm meter by using IL 7107 N TSC7660 tsc7107 adc 7106 jf TELEDYNE COMPONENT 7106 7106a TC7107/7107 TC7106 TC7107 TC7106A W-100 TC7107A

7107 meters

Abstract: 100141DC AC Characteristics will vary slightly from specified values. January 30, 1986 7-107 This Material , LOW level input ci rrent 0.5 MA V|N ~ ViLmin -Iee VEe supply current 120 175 238 mA Inputs open
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100141F 100141Y 7107 meters 100141DC 100141 S-N220
Abstract: 7-107 JM S3027 lC C SONET/SDH/ATM C L O C K REC OVER Y UNIT Figure 2. Functional Block , .09 MM/|Q Ai Aa NOW 0.S0 0 ±.0 9 S. 50 E ± .t o 6.40 Ci ±.10 4.40 L ±.19 0.60 u u SIDE VIEW All -
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OC-12/STM-4

NAV12

Abstract: CD 5888 2.340 2.486 17 ( 66.80 ) ( 63.40 ) (67.11 ) 2.630 2.496 2.642 18 ( 70.76 ) ( 67.36 ) (71.07 ) E , < Sii M SS S ^ C-J ^ ^ I \0 O o CNJ O s CM CN â'" nz I LlJUZ Jf â'"' cd on ci ^ â â  -
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NAV12 CD 5888 1706G NAV50 NPI-02 PK-44 PK-2220-002 PK-44646-005 SDA-2220

TSC7660

Abstract: ic 7106 cpl anaiog-to-digital converters allow existing 7106/7107 based systems to be upgraded. Each device has a preci sion , similar 3-1/2 digit converters. Existing 7106 and 7107 based systems may be upgraded without changing , ) (30) (29) (28) (27) Symbol v+ D, Ci Bi Ai Fi G, Ei d2 Description Positive supply voltage. A , 7106/7107 parts. External component value changes are not required to benefit from the low drift
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ic 7106 cpl ic 7107 cpl IC 7106 CKW TSC7106 TSC7106A CD 4049 BP TC7106A/7A 1012Q TC7106A/TC7107A

7106 cpl

Abstract: Digital ohm meter by using IL 7107 N allow existing 7106/ 7107 based systems to be upgraded. Each device has a precision reference with a , digit converters. Existing 7106 and 7107 based systems may be upgraded without changing external , pulses). The TC7106A/7107A are drop-in replacements for the 7106/7107 parts. External component value , externally generated reference voltage is desired, refer to Figure 7-1. FIGURE 7-1: FIGURE 8-1: CI , + COMMON MODE VOLTAGE REDUCES AVAILABLE INTEGRATOR SWING (VCOM VIN) VI = Where: TI RI CI
Microchip Technology
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7106 cpl 7107 dmm 7106 LCD driver TC7107 microchip DC motor 6volt IL 7106 TC7106/A/TC7107/A TC7106/7 11F-3 DK-2750 D-81739 B55412SD

E7116

Abstract: JCL7107 Configuration Top View H O LD C D1 T T rs n ci n B1 A1 F1 Q Gt Q S ¡a SI ID SU OSC , c lu d e LED c u rre n t fo r 7107' V - su p p ly c u rre n t 7107 only A n a lo g C om m o n V o
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E7116 JCL7107 7116 7117 GE icl7107 applications ICL7116/ICL7117

tsc7107

Abstract: TSC7660 Converters allow existing 7106/ 7107 based systems to be upgraded. Each device has a precision reference , 3-1/2 digit converters. Existing 7106 and 7107 based systems may be upgraded without changing , 8000 clock pulses). The TC7106A/7107A are drop-in replacements for the 7106/7107 parts. External , will swing within 0.3V of V+ or V- without increasing linearity errors. CI + Input Buffer RI + ­ VIN ­ VI + Integrator ­ VCM VI = Where: TI RI CI Differential
Microchip Technology
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CI 4049 ICL7106 4030 application notes ICL7106 INTERNAL STRUCTURE TSC* 7107 TSC7107A DIODE MARKING CODE AB4 DS21455C-

ic 7106 cpl

Abstract: IC 7106 CKW analog-to-digitai converters allow existing 7106/7107 based systems to be upgraded. Each device has a preci sion , similar 3-1/2 digit converters. Existing 7106 and 7107 based systems may be upgraded without changing , ) Di Ci Bi A, Fi G, Ei c2 f2 d2 b2 a2 e2 d3 b3 f3 E3 ab4 POL BP GND (22) (21) (20) (19 , replacements for the 7106/7107 parts. External component value changes are not required to benefit from the low , /T C 7107 A : R e co m m en d ed C o m p o n en t V a lu es fo r 2.00 V F ull-S cale TO PIN 1 40
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UM 7106 IC KD 2107 6 PIN IC 7106a 7107A TC710 TC7107/7107A

ic 7107 cpl

Abstract: TSC7660 drive analog-to-digital converters allow existing 7106/7107 based systems to be upgraded. Each device , improvement over similar 3-1/2 digit converters. Existing 7106 and 7107 based systems may be upgraded , (0 to 8000 Clock Pulses) The TC7106A/7107A are drop-in replacements for the 7106/7107 parts , CM ­ VIN RI CI Where: 4000 T I = INTEGRATION TIME = [ VCM 1.2V REF [ f OSC C I , CI INPUT BUFFER (b) Figure 7. External Reference Figure 9. DEVICE PIN FUNCTIONAL
TelCom Semiconductor
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dual slope adc icl7106 CD4009 pin configuration 7107 cpl hamlin 3902 seven segment quad digit display using IC 7107 Understanding Ratiometric Conversions CD4023 74C10 CD4077

ic 7107 cpl

Abstract: IC 7106a analog-to-digital converters allow existing 7106/7107 based systems to be upgraded. Each device has a precision , similar 3-1/2 digit converters. Existing 7106 and 7107 based systems may be upgraded without changing , are drop-in replacements for the 7106/7107 parts. External component value changes are not required to , TC7107A V+ + VREF ­ VREF IZ V+ V+ 6.8k V+ + VIN ­ + ­ + INPUT BUFFER CI RI ­ VI INTEGRATOR TI VI = V CM ­ VIN RI CI Where: 4000 T I = INTEGRATION TIME = 6.8V ZENER TC7106A 20k TC7107A + VREF ­
TelCom Semiconductor
Original

Digital ohm meter by using IL 7107 N

Abstract: TSC7660 allow existing 7106/7107 based systems to be upgraded. Each device has a precision reference with a , digit converters. Existing 7106 and 7107 based systems may be upgraded without changing external , replacements for the 7106/7107 parts. External component value changes are not required to benefit from the , TC7106A TC7107A IZ ­ VIN INTEGRATOR TC04 TI VI = V CM ­ VIN RI CI Where: 4000 T I , 6.8k TC7106A 20k TC7107A CI INPUT BUFFER CAZ VINT LCD DISPLAY POL BP OSC1
Microchip Technology
Original
TC7106A/TC710 DS21455A
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