Rhombus ACDM Series Advanced CMOS Logic Buffered 5‑Tap Delay Modules Datasheet

ACDM series advanced CMOS logic buffered 5-tap delay modules, 74ACT type input is compatible with TTL, outputs can source / sink 24mA


Rhombus ACDM Series Advanced CMOS Logic Buffered 5‑Tap Delay Modules Datasheet - cover page
Brand
Rhombus
Category
Other Electronics
Document type
Datasheet
Language
English
Pages
1
File format
PDF
File size
36 KB
Published
04 May, 2012
Updated
30 September, 2023
MD5 checksum
498E247087AFF75FDD2D2BA0458631B4

About this manual

This document describes the ACDM Series Advanced CMOS Logic Buffered 5‑Tap Delay Modules, compatible with 74ACT type inputs and TTL outputs. It lists the available low‑profile 14‑pin DIP and surface‑mount packages, tap delay values, and example part numbers such as ACDM‑25G and ACDM‑100.

Key electrical specifications are given, including supply voltage, current consumption, input and output voltage levels, timing characteristics, and operating temperature ranges. Contact information for Rhombus Industries is provided at the end of the sheet.

What's inside

  • Electrical Specifications
  • Operating Specifications
  • Package Information
  • Timing Characteristics
  • Contact Information

Specifications

Supply Voltage5.00 VDC ±0.50 V
Supply Current14 mA typ., 28 mA max.
Logic "1" Input Voltage5.50 V max
Logic "0" Input Voltage0.80 V max
Operating Temperature Range-40 °C to +85 °C
Storage Temperature Range-65 °C to +150 °C
Example Total DelayACDM‑25G = 50 ns (10 ns/tap)

Frequently asked questions

What supply voltage does the ACDM module require?

The module operates from a 5.00 VDC supply with a tolerance of ±0.50 V.

What is the operating temperature range of the ACDM modules?

They are rated for operation from –40 °C up to +85 °C.

What are the input voltage levels for logic "1" and "0"?

Logic "1" input voltage is up to 5.50 V, and logic "0" input voltage is up to 0.80 V.

What is the typical supply current consumption?

Typical supply current is 14 mA, with a maximum of 28 mA.

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