7432 IC Quad 2-Input OR Gate DIP-14, photo 2

7432 IC Quad 2-Input OR Gate DIP-14, photo 3

7432 IC Quad 2-Input OR Gate DIP-14, photo 4

7432 IC Quad 2-Input OR Gate DIP-14

Part number 7432

3 offers in stock at 3 shopsEGP 7 – 15

EGP 7 at Makers Electronics

Offers

lowest price first

Each offer shows the shop's own title.

7432 IC Quad 2-Input OR Gate DIP-14
Makers Electronics
checked 20 days ago
EGP 7
View
7432 Quad 2 Input OR Gate IC DIP-14 Package
Micro Ohm
Price may be out of date (74 days)
EGP 11
View
IC 7432 - Quad 2 Input OR Gate - Original
RAM Electronics
checked 12 days ago
EGP 15
View

Details

FromMakers ElectronicsMicro OhmRAM Electronics

From Makers Electronics's description

7432 IC Quad 2-Input OR Gate DIP-14 The SN74LS32N Quad 2-Input OR Gate IC DIP-14 5V 8mA TTL Logic is a high-speed digital logic integrated circuit belonging to the 74LS (Low Power Schottky TTL) family. It contains four independent OR gates, each performing the Boolean OR operation, where the output becomes HIGH when at least one input is HIGH. What does the 74LS32 do? The 74×32 gives you four basic OR gates that can be used individually. An OR gate is a logic gate that outputs 1 (HIGH) if one of its inputs are 1 (HIGH). In the truth table below, you can see what the output will be for any given input: The truth table for the OR gate How To Use This Chip Like every other chip in the 7400 series, this IC needs to be connected to power before you can use it. Most 7400 ICs support a VCC voltage of 5V. One difference between the HC and LS versions of the chip is that the 74HC32 supports 2V to 6V, while the 74LS32 supports only 5V. Once it’s connected, you can use any of the four basic OR gates inside. The 74HC32/74LS32 IC connected to power Output Current 74HC32: Each gate output of the 74HC32 can sink or source 4 mA when powered with 5V. 74LS32: HIGH-Level Output Current: 0.4 mA LOW-Level Output Current: 8 mA Features: Quad 2-input OR gates in a single IC. Standard TTL 5V operation (4.75V–5.25V). Low power Schottky (LS) technology for reduced power consumption. High-speed switching with ~10–15ns propagation delay. Compatible with TTL logic families. 74×32 Pinout The 74×32 has 14 pins and contains four basic OR gates laid out as shown in the pinout diagram below: Pin Name Pin # Type Description 1A 1 Input Input to the first OR gate. 1B 2 Input Input to the first OR gate. 1Y 3 Output Output from the first OR gate. 2A 4 Input Input to the second OR gate. 2B 5 Input Input to the second OR gate. 2Y 6 Output Output from the second OR gate. GND 7 Power Connect to ground. 3Y 8 Output Output from the third OR gate. 3A 9 Input Input to the third OR gate. 3B 10 Input Input to the third OR gate. 4Y 11 Output Output from the fourth OR gate. 4A 12 Input Input to the fourth OR gate. 4B 13 Input Input to the fourth OR gate. VCC 14 Power Positive power supply. Connect to +5V power. Specifications Product Attribute Attribute Value Product Category: Logic Gates Product: Single-Function Gates Logic Function: OR Number of Gates: 4 Gate Number of Input Lines: 8 Input Number of Output Lines: 4 Output High Level Output Current: – 400 uA Low Level Output Current: 8 mA Propagation Delay Time: 14 ns Supply Voltage – Max: 5.25 V Supply Voltage – Min: 4.75 V Minimum Operating Temperature: 0 C Maximum Operating Temperature: + 70 C Mounting Style: Through Hole Package/Case: PDIP-14 Logic Type: 2-Input OR Number of Bits: 4 bit Operating Supply Current: 38 uA Operating Supply Voltage: 5 V Operating Temperature Range: 0 C to + 70 C Output Type: TTL Applications: Basic Logic Circuits Encoders and Decoders Multiplexers and De-multiplexers Oscillator circuits Networking and Digital Systems Component Datasheet 7432 Datasheet

From Micro Ohm's description

7432 Quad 2 Input OR Gate IC DIP-14 Package/7432 IC Quad 2-Input OR Gate DIP-14 What does the 74LS32,74HC32 do? The 74×32 gives you four basic OR gates that can be used individually. An OR gate is a logic gate that outputs 1 (HIGH) if one of its inputs are 1 (HIGH). In the truth table below, you can see what the output will be for any given input: The truth table for the OR gate How To Use This Chip Like every other chip in the 7400 series, this IC needs to be connected to power before you can use it. Most 7400 ICs support a VCC voltage of 5V. One difference between the HC and LS versions of the chip is that the 74HC32 supports 2V to 6V, while the 74LS32 supports only 5V. Once it’s connected, you can use any of the four basic OR gates inside. The 74HC32/74LS32 IC connected to power Output Current 74HC32: Each gate output of the 74HC32 can sink or source 4 mA when powered with 5V. 74LS32: HIGH-Level Output Current: 0.4 mA LOW-Level Output Current: 8 mA 74×32 Pinout The 74×32 has 14 pins and contains four basic OR gates laid out as shown in the pinout diagram below: Pin Name Pin # Type Description 1A 1 Input Input to the first OR gate. 1B 2 Input Input to the first OR gate. 1Y 3 Output Output from the first OR gate. 2A 4 Input Input to the second OR gate. 2B 5 Input Input to the second OR gate. 2Y 6 Output Output from the second OR gate. GND 7 Power Connect to ground. 3Y 8 Output Output from the third OR gate. 3A 9 Input Input to the third OR gate. 3B 10 Input Input to the third OR gate. 4Y 11 Output Output from the fourth OR gate. 4A 12 Input Input to the fourth OR gate. 4B 13 Input Input to the fourth OR gate. VCC 14 Power Positive power supply. Connect to +5V power. Specifications Product Attribute Attribute Value Product Category: Logic Gates Product: Single-Function Gates Logic Function: OR Number of Gates: 4 Gate Number of Input Lines: 8 Input Number of Output Lines: 4 Output High Level Output Current: – 400 uA Low Level Output Current: 8 mA Propagation Delay Time: 14 ns Supply Voltage – Max: 5.25 V Supply Voltage – Min: 4.75 V Minimum Operating Temperature: 0 C Maximum Operating Temperature: + 70 C Mounting Style: Through Hole Package/Case: PDIP-14 Logic Type: 2-Input OR Number of Bits: 4 bit Operating Supply Current: 38 uA Operating Supply Voltage: 5 V Operating Temperature Range: 0 C to + 70 C Output Type: TTL Applications: Basic Logic Circuits Encoders and Decoders Multiplexers and De-multiplexers Oscillator circuits Networking and Digital Systems Component Datasheet 7432 Datasheet