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LM108AJ8 Linear Technology LM108A - Operational Amplifiers; Package: CERDIP; Pins: 8; Temperature: Military visit Linear Technology - Now Part of Analog Devices
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LT1017MJ8/883 Linear Technology LT1017 - Micropower Dual Comparator; Package: CERDIP; Pins: 8; Temperature: Military visit Linear Technology - Now Part of Analog Devices
LT1018MJ8/883 Linear Technology LT1018 - Micropower Dual Comparator; Package: CERDIP; Pins: 8; Temperature: Military visit Linear Technology - Now Part of Analog Devices
LTC1041MJ8/883 Linear Technology LTC1041 - BANG-BANG Controller; Package: CERDIP; Pins: 8; Temperature: Military visit Linear Technology - Now Part of Analog Devices
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MAX252 8 pin

Catalog Datasheet MFG & Type PDF Document Tags

MAX252BCHL

Abstract: MAX 232 INTERNAL CIRCUIT (transmitters) meet EIA RS-232D and CCITT V.28 specifications. The MAX252 is supplied in 40-pin plastic DIP , capacitance seen by each pin should not exceed 10pF. The MAX252 pin out enables optimal printed circuit board , - nP Data Bus T I DATA I UART MJBOM MAX252 HANDSHAKE I ! T CABLE SIDE LOGIC SIDE , MAX252AEHL -40 C to +85°C 40 Plastic Module MAX252BEHL -40 C to +85°C 40 Plastic Module Pin Configuration , , Dual RS-232 Transceiver Module M JO S § ABSOLUTE MAXIMUM RATINGS Voltages with respect to GND (pin
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MAX252BCHL MAX 232 INTERNAL CIRCUIT MAX252 8 pin Optocouplers for rs232 MAX252ACHL max 232 pin configuration MAX252A 1520V MAX252B

Optocouplers for rs232 ttl

Abstract: maxim rs232 isolated seen by each pin should not exceed 10pF. The MAX252 pin out enables optimal printed circuit board , Module _General Description The MAX252 complete, electrically-isolated, dual RS-232 transmitter , (transmitters) meet EIA RS-232D and CCITT V 28 specifications The MAX252 is supplied in 40-pln plastic DIP , Data Bus V HANDSHAKE LOGIC SIDE MAXIM MAX252 CABIE SIDE isolated |jP to RS 232 Interface , Module 40 Plastic Module 40 Plastic Module Pin Configuration TOP VIEW T7" r10iji D2|_2 SHDN[3 D1[ Vx
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Optocouplers for rs232 ttl maxim rs232 isolated MAX 232 internal block diagram 1260VRMS E118032 BYP37 1260V

NM232DD

Abstract: newport 76250 respect to pin 10. - 0.3V to +6V Input voltage to logic pins 3, 7, 8,11 with respect to pin 10 , NM232DD is only a 24 pin DIL package and yet we claim it is site compatible with a MAX252 which is a 40 pin DIL device. How can this be? The clue lies in noticing that the MAX252 device does not have any , V.28 compatible â¡ Dual Transmitters and Receivers â¡ Low profile 24 pin DIL 0.6" package â , 1500Vrms for 1 second. The device is supplied in a low profile 24 pin package. The NM232DDT is guaranteed
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E1A-232-D newport 76250 RS232 TTL self powered 300C RS232D R21N EIA-232-D/E 1500V EIA-232-D EIA-232-E RS232

ic 9033

Abstract: MAX232 Tables 5 through 8 show the results of long-term life test by process and device type. Tables 9 through , Electrostatic Discharge (ESD) protection. It is Maxim's design goal to have every pin of every product able to , this trend. FIGURE 1. MAXIM FIT RATES OVER TIME (Using Old and New Methods) FIT 8 RATE 7.52 7 6.80 , Contact 8 Metallization 9 Passivation Dimension 10µ 19µ 10µ 3µ 3µ 1975 Å SMG (Refer to Figure 6) Layer , Contact Etch 7 Metallization 8 Passivation RR-1G Dimension 10µ 2µ 2µ 900 Å 1µ (Al, Si-1%) .8µ
Maxim Integrated Products
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ic 9033 MAX232 MAX333 equivalent MAX232 mtbf max232 MTBF calculation MAX7845 X10-9

t1l 500v

Abstract: itte rs ) m e e t EIA RS-232D and CCITT V.28 specifications. The MAX252 is supplied in 40-pin plastic , transfer rate; shunt capacitance seen by each pin should not exceed 10pF. The MAX252 pin out enables , Recognized (MAX252A) - File E118032 to UL1577 _Ordering Inform ation PA RT TE M P . R ANGE PIN -P , '™ C to +85°C 40 Plastic M odule M A X252AC H L Pin Configuration Applications High-N , MAXIMUM RATINGS Voltages with respect to GND (pin 10) Supply Voltage, V c c
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t1l 500v AX252

MAX7845

Abstract: MAX232 corrective action . Tables 5 through 8 show the results of long-term life test by process and device type , attention is paid to Electrostatic Discharge (ESD) protection. It is Maxim's design goal to have every pin , RATES OVER TIME (Using Old and New Methods) FIT 8 RATE 7.52 7.49 7 6.80 6 USING OLD , Adjust 8 Gate Oxide Growth 750 Å 9 Polysilicon 1 4400 Å 10 Cap Oxide 1000 Å 11 Polysilicon 2 , Threshold Implant 6 Contact Etch 7 Metallization 8 Passivation BIP (Refer to Figure 7) Layer
Maxim Integrated Products
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mar 9109 MAX9690 equivalent maxim 9114 scr 9117 max232 specification ICM7218CIPI
Abstract: stability vs Temperature vs Supply voltage vs Load Frequency tolerance Aging Frequency control range ±8 ppm , ±1 pF ±2 ppm Max.+25±2 after reflow ±1 ppm Max.year - TCO5828 Outline Drawingmm [TCO-5826, 5828 , 0.3±0.1 Pin connections TCO5826 1 2 3 4 Vcont GND Output Vcc TCO5828 N.C. #4 #3 0.7±0.2 5 Toyocom
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MAX232

Abstract: MAX1074 .8 Reliability Test Results , ) protection. It is Maxim's design goal to have every pin of every product withstand ESD voltages in excess , TIME (Using Old and New Methods) FIT 8 RATE 7.52 7.49 7 6.80 6 USING OLD METHOD USING , 12.31 SG5 3891 8 0.55 9.52 BIP 2281 8 0.94 FIT @25°C FIT @55°C , + Diffusion 3 N+ Diffusion 4 Gate-Oxide Growth 5 Threshold Implant 6 Contact Etch 7 Metallization 8
Maxim Integrated Products
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MAX1074 analog devices dg508 die LTC902 MAX9687 38544 MX7528 plcc

MAX232

Abstract: max232 specification .8 Reliability Test Results , . It is Maxim's design goal to have every pin of every product withstand ESD voltages in excess of , . FIGURE 1. MAXIM FIT RATES OVER TIME (Using Old and New Methods) FIT 8 RATE 7.52 7 6.80 6 7.49 USING , MV1 MV2 SG3 SG5 BIP TOTAL SAMPLE SIZE 7311 1769 935 1672 3891 2281 17859 REJECTS 4 1 0 4 8 8 25 FIT , N+ Diffusion 4 Gate-Oxide Growth 5 Threshold Implant 6 Contact Etch 7 Metallization 8 Passivation (2
Maxim Integrated Products
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MAX584 max-232 dg508 MAX232 BASIC FUNCTION

Sanyo lc98000

Abstract: lc98000 ) ·Pin compatible with standard cell type ·LC92000B series designedfor Iol = upto 24mA (max Vol , 7 8 9 10 11 12 13 14 16 17 18 1.2 1.2 1.2 1.2 1.2 1,2 15 ©LC92200A 1110 1881 3098 , ; Output , - Delay. - Bins XipwjV; 1.7 1.2 0.9 {ùngev' ; : ; | V ¿j(V Ï : maxl80 mai239 max252 3 to 5.5 3
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LC92030C Sanyo lc98000 lc98000 LC9116A LC92041 LC9105 0007SS LC92040C LC92050C LC93023A LC93033A

MAX202, MAX232

Abstract: LTC902 .8 Reliability Test Results , . Maxim's goal is to design every pin of every product to withstand ESD voltages in excess of 2000V , continuousimprovement methodology. FIGURE 1. MAXIM FIT RATES OVER TIME FIT 8 RATE 7 7.52 7.49 6.80 6 5.63 5 4.79 4 , + Diffusion 4 Gate-Oxide Growth 5 Threshold Implant 6 Contact Etch 7 Metallization 8 Passivation (2) MV1 , + Diffusion 5 Gate-Oxide Growth 6 Threshold Implant 7 Contact 8 Metallization 9 Passivation (3) MV2 (Refer to
Maxim Integrated Products
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MAX202, MAX232 icl8069 equivalent MAX8212 equivalent MAX705 equivalent MX7543 MAX831

DG302 to220

Abstract: MAX233 application notes .8 Reliability Test Results , 's goal is to design every pin of every product to withstand ESD voltages in excess of 2000V, through a , our established continuousimprovement methodology. FIGURE 1. MAXIM FIT RATES OVER TIME 8 7 , 114 117 133 1.33 1.51 TIMERS/COUNTERS/ DISPLAY DRIVERS 8 3 640 8 7.96 , 3.82 SG5 926 0 0.23 539 0 0.39 710 2 1.00 8 0.16 Results
Maxim Integrated Products
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DG302 to220 MAX233 application notes zener 9514 MAX232CPE application sheet MAX232 application notes 9545

ax253

Abstract: 213CT050-3B7 Supply Low-Current Shutdown Mode: 0.4|iA Pin-Selectable Frequency: 350kHz or 200kHz 8-Pin DIP, SO, and , PIN 1 2 3 4 5 6 7 8 NAME D1 GND1 FS SD N.C. VcC GND2 D2 FUNCTION Open drain of N-channel transfomer , break-beforemake action between the two switches. The SD pin puts the entire device into a low-power shutdown state , -40°C to +85°C -40°C to +85°C -40°C to +85°C -55°C to +125°C PIN-PACKAGE 8 Plastic DIP 8SO 8 (iMAX Dice* 8 Plastic DIP 8 SO 8(iMAX 8 CERDIP* _ A pplications Isolated RS-485/RS
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ax253 213CT050-3B7 S485 4N25 applications max489 regulator RS-485 MAX253 S-232 RS-485/RS-232 MAX253CPA MAX253CSA

DG302 to220

Abstract: MAX724 equivalent .8 Reliability Test Results , ) protection. Maxim's goal is to design every pin of every product to withstand ESD voltages in excess of 2000V , methodology. FIGURE 1. MAXIM FIT RATES OVER TIME 8 7.52 7.49 6.80 6 5.63 FIT RATE 5 4.79 4 7 3 2.88 , TESTED 6213 23,332 640 30,185 DEGREE OF FREEDOM 26 114 8 144 FIT @ 25°C X2 60% VALUE 26.8 117 7.96 147 X2 , PRODUCT LOTS NUMBER OF LOTS 85 298 8 391 Note 1: A/D Converters, D/A Converters Note 2: Voltage
Maxim Integrated Products
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MAX724 equivalent 9532 zener MAX7219 equivalent MX7226 MAX485 application notes MAX249

132CT

Abstract: . ♦ 8-Pin DIP, SO, and |iMAX Packages .Ordering Information PART TEMP. RANGE MAX253CPA PIN-PACKAGE 0°C to +7CTC 8 Plastic DIP Isolated RS-485/RS-232 Power-Supply Transformer Driver MAX253CSA 0°C to +70°C 8 SO MAX253CUA 0°C to +7CTC 8 jiMAX High Noise-lmmunity , 19-0226; Rev 0; 1/94 Transform er D river for Iso lated RS-485 In te rfa c e The SD pin puts , MAX253EPA -40°C to +85°C 8 Plastic DIP Bridge Ground Differentials MAX253ESA -40°C to
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132CT MAX253C/D S-485

MAX250CPD

Abstract: MAX250 outline and 20 leadless chip carrier packages. The MAX252 has all the required components for RS , packages in ticu pt CERDIP packages Pin Configurations Top View ^ 1 " S a ° °° z 0 ct , NC 6 ^ i 16 N.C R1ldr 7 p C 15 RI im R2ldr 8 t S 14 R2|n " g= 0 tt 0 co -Z. , mA 25 - - "I 50 r ii Leakage Current 10 ma Zener Clamp Voltage Vci w. r. t. Vcc 6 8 10 V , Output Source Is V0UT= 1.4V, Ta = 25"C 5 -8 -15 ma TTL/CMOS Output Voltage Low Vol lour = 3.2mA 0.4 V
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MAX250 MAX251 MAX250CPD MAX250CSD MAX250EPD MAX250ESD ic 6n136 MAX250EJD MAX250C/D
Abstract: packages. c rc to +7o-c 0 C to +70 C 14 Lead SO Dice The MAX252 has all the required , reserves the right to ship Ceramic packages in lieu of CERDIP packages. _ Pin , 15 R1 DIN ~8l R R TI T1ldbC £ gnd[ T MAX25Q R2din ~8~1 Ã' N M AX251 3 S , ma 6 8 10 V 2 3 6 HA -5 -8 -15 mA 0.4 V D1, D2Open , , Shutdown 2.4 V 0 .8 1.3 V 0.5 T in , R d in , VlHYS Leakage Current Input and -
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MAX250MJD MAX250MLP MAX251CPD MAX251CSD MAX251C/D Q6471-1

MAX250CPD

Abstract: 67114760 lead DIP, 14 lead small outline and 20 leadless chip carrier packages. The MAX252 has all the required , Pin Configurations Top View ^ 1 " S a ° °° Z 0 CT> T1LDB 4Ì - ) 18 R2qiji SHDN [T , R1ldr 7 p C 15 RI im R2LDR 8 t S 14 R2|n " g= 0 tt 0 CO -Z. CC ^ /HyJXlyn_ _Maxim , Current 10 ma Zener Clamp Voltage Vci w. r. t. Vcc 6 8 10 V DRIVER SECTION Pull-up Current , -8 -15 ma TTL/CMOS Output Voltage Low Vol lour = 3.2mA 0.4 V TTL/CMOS Output Voltage High Voh
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67114760 MOSFET A018 MM2758 MINI-MAGNETICS MM2757 MM2757 motorola 6n136

a4N26

Abstract: MINI-MAGNETICS MM2757 lead DIP, 14 lead small outline and 20 leadless chip carrier packages. The MAX252 has all the required , Ol i S Ol * Maxim reserves the r packages. Pin Configurations Top View 5HDN H~ 14| Voc ACQ , mA 25 50 £1 Leakage Current 10 ma Zener Clamp Voltage VCL w. r. t. Vcc 6 8 10 V DRIVER , Source Is Vour = 1.4V, Ta = 25'C -5 -8 -15 mA TTL/CMOS Output Voltage Low Vol Iout = 3.2mA 0.4 V TTL , Respective Manufacturer +5V Powered isolated RS-232 Drivers/Receivers _Pin Description MAX250 LCC PIN
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a4N26 67117970 EL 4N25 50V-ns Motorola 4n26 INTERNAL STRUCTURE OF LDR Q6471-2

67117970

Abstract: MINI-MAGNETICS MM2757 MAX251C/D MAX251EPD The MAX252 has all the required components for RS-232 communication in a single , . _ Pin Configurations Top View â  V 7 T V â'" shdnI 141 Vcc T ac [ T â'" T4 , ~8~l R R TI / V \ A ' A \ / V t _ y n /ix i/M is a registered , 25'C 100 Leakage Current Zener Clamp Voltage 10 VcL ma 6 8 10 V 2 3 6 HA -5 -8 -15 mA 0.4 w. r. t. Vcc V DRIVER SECTION Pull-up Current
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MAX251ESD MAX251EJD MAX251MJD MAX251MLP 250/M
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