Rochester Sensors 5962-8672601FA

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  • Part Number:

    5962-8672601FA

  • Manufacturer:

    Rochester Sensors

  • Category:

    Display Drivers

  • RoHs:

    rohs Non-RoHS Compliant

  • Datasheet:

  • Description:

    DUAL MARKED (93S48/BFA)

  • In stock 335
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Specifications
Type
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Type
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Current - Output High, Low
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Grade
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Mounting Type
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Number of Circuits
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Supplier Device Package
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Logic Type
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Operating Temperature
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Package / Case
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Qualification
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Voltage - Supply
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Overview

Information of 5962-8672601FA Bipolar Digital Microcircuit (12-Input Parity Checker/Generator)

Basic Overview

  • Product Type: Bipolar digital microcircuit, 12-input parity checker/generator (monolithic silicon)
  • Manufacturer: Advanced Micro Devices, Incorporated (Vendor CAGE Number: 34335)
  • Document Reference: Military Drawing 5962-86726 (Rev. A, 19 OCT 1987)
  • Core Function: Performs parity checking or generation for 12 digital inputs, providing two outputs (Odd and Even parity)
  • Key Features: Class B microcircuit compliant with MIL-STD-883, wide operating temperature range, dual-in-line/flat package options, military-grade reliability with burn-in and screening requirements
  • Key Identifiers:

Core Specifications

1. Absolute Maximum Ratings


ParameterMinMaxUnit
Supply Voltage (VCC)-0.5+7.0V dc
Input Voltage (All Inputs)-1.5+7.0V dc
Storage Temperature-65+150°C
Junction Temperature (TJ)-+150°C
Soldering Temperature (Peak)-+300°C
DC Input Current-30+5.0mA
Output Short Circuit Current (IOS)-40-100mA
Thermal Resistance (θJC)-20°C/W (Package F)

2. Recommended Operating Conditions


ParameterMinTypMaxUnit
Supply Voltage (VCC)4.55.05.5V dc
Ambient Operating Temperature (TA)-55-+125°C
Input High Voltage (VIH)2.0--V
Input Low Voltage (VIL)--0.8V
Output Load Resistance (RL)-280-Ω
Output Load Capacitance (CL)-15-pF

3. Electrical Performance Characteristics (-55°C ≤ TA ≤ +125°C)


ParameterSymbolConditionsMinMaxUnit
High-Level Output VoltageVOHVCC=4.5V, VIN=2.0V/0.8V, IOH=-1mA2.5-V
Low-Level Output VoltageVOLVCC=4.5V, VIN=2.0V/0.8V, IOL=20mA-0.50V
Input Clamp VoltageVICVCC=4.5V, IIN=-18mA--1.2V
High-Level Input Current (VIN=2.7V)IIH1VCC=5.5V-20µA
High-Level Input Current (VIN=5.5V)IIH2VCC=5.5V-1.0mA
Low-Level Input CurrentIILVCC=5.5V, VIN=0.5V--0.8mA
Supply CurrentICCVCC=5.5V, all inputs, both outputs open-80mA
Propagation Delay (Low-to-High, Odd Output)tPLH2VCC=5.0V, CL=15pF, RL=280Ω-28ns
Propagation Delay (High-to-Low, Odd Output)tPHL2VCC=5.0V, CL=15pF, RL=280Ω-28ns
Propagation Delay (Extended Temp Range, Odd Output)tPLH2/tPHL2VCC=4.5-5.5V, CL=15pF, RL=280Ω-35ns

Functional Details

1. Core Functionality

  • Parity Operation: Checks or generates odd/even parity for 12 digital inputs (I1-I12)
  • Outputs: Two dedicated outputs (Odd and Even) indicating parity status:
  • Truth Table Summary: Outputs toggle based on the count of LOW/HIGH inputs (see Figure 2 in reference document for full truth table)

2. Logic Diagram

  • Implements bipolar digital logic for parity calculation, with 12 input channels feeding into parity detection circuitry
  • Separate output drivers for Odd and Even parity signals, optimized for military-grade noise immunity and signal integrity

3. Switching Characteristics

  • Pulse Generator Requirements: Input pulse rate <1 MHz, output impedance (Zo)=50Ω, rise time (tr)<15 ns, fall time (tf)≤6 ns
  • Propagation Delay Measurement: Based on 10% to 90% voltage points of input/output waveforms (reference voltage: 1.5V, see Figure 4)
  • Test Circuit: AC bench load with RL=280Ω, CL=15pF (includes probe and jig capacitance)

Package and Pin Configuration

1. Package Specifications (16-lead F-5 Flat Package "F" Suffix)


ParameterSpecification
Package TypeF-5 flat package (MIL-M-38510 Appendix C)
Dimensions1/4" (width) x 3/8" (length)
Number of Leads16
Thermal Resistance (θJC)20 °C/W
Lead FinishCompliant with MIL-M-38510

2. Pin Configuration (16-lead Package, See Figure 1)


Pin GroupPinsFunction
PowerPin 14 (VCC)Positive supply voltage (4.5-5.5V dc)
GroundPin 15 (GND)Circuit ground
InputsPins 1-12 (I1-I12)12 digital input channels for parity check/generation
OutputsPin 13 (Even)Even parity output (HIGH for even number of HIGH inputs)
Pin 16 (Odd)Odd parity output (HIGH for odd number of HIGH inputs)
NCPins 14, 15Reserved (VCC and GND only; other pins as per terminal connections in Figure 1)

Quality Assurance and Compliance

1. Screening and Testing Requirements

  • Screening: Per MIL-STD-883 Method 5004, including burn-in test (Method 1015, Test Condition C/D, TA=+125°C minimum)
  • Quality Conformance Inspection: Per MIL-STD-883 Method 5005, including Group A, C, and D inspections
  • Key Tests:

2. Compliance Documents

  • MIL-STD-883: Test Methods and Procedures for Microelectronics
  • MIL-M-38510: General Specification for Microcircuits
  • Drawing 5962-86726 (Rev. A): Device-specific requirements (supersedes conflicting reference content)

Ordering and Packaging

1. Part Number Breakdown


Part Number SegmentDescription
5962-86726Military drawing number
01Device type (12-input parity checker/generator, generic 93S48)
FPackage code (F-5 16-lead flat package)
ARevision (corresponds to drawing Rev. A)

2. Approved Vendor

  • Vendor: Advanced Micro Devices, Incorporated
  • Address: 901 Thompson Place, P.O. Box 3453, Sunnyvale, CA 94088
  • Vendor Part Number (Similar): AM93S48/BFA (not for direct acquisition; use military part number for compliance)
  • Packaging: Compliant with MIL-M-38510 requirements

3. Marking Requirements

  • Part number (5962-8672601FA) per MIL-STD-883
  • Optional: Manufacturer's part number (AM93S48/BFA)
  • Compliance markings for MIL-STD-883 and MIL-M-38510

Application Notes

  • Intended Use: For military and industrial applications where parity checking/generation is required (e.g., data transmission, storage systems, control circuits)
  • Replaceability: Replaces generic 93S48 devices and contractor-specified equivalents
  • Caution: Do not use vendor part number (AM93S48/BFA) for acquisition; only use military part number 5962-8672601FA to ensure compliance with drawing requirements
  • Handling: Follow MIL-STD-883 guidelines for electrostatic discharge (ESD) protection and soldering (peak temperature ≤300°C)


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