YAGEO YC/TC Series Chip Resistor Arrays Data Sheet

Category: Electronics, Resistors, Yageo USA

Product Overview

The YAGEO YC/TC Series datasheet presents specifications for chip resistor arrays, particularly the YC164 (convex) and TC164 (concave) series. These components are designed with lead-free terminations produced through a thick film process and are RoHS compliant, catering to environmental standards by eliminating hazardous substances.

Applications

Target applications for these chip resistors include memory terminals for SDRAM and DDRAM in computing devices such as laptops and desktop computers, as well as consumer electronic equipment like PDAs, PNDs, mobile phones, and telecom applications.

Key Features

RoHS compliant and lead-free terminations
Pb-glass contained in electrodes, exempted by RoHS
Focus on reducing environmentally hazardous wastes
Enhanced reliability for components and equipment
Efficient use of PCB space
No forbidden materials in production
Halogen-Free Epoxy

Ordering Information

Ordering codes consist of the series, size, tolerance, packing type, temperature coefficient, taping reel, and resistance value. An example provided for a YC164 convex chip resistor array is “YC164-JR-07IK(L)”, which represents a 1,000 Ω resistor with a ±5% tolerance, supplied in a 7-inch tape reel.

Tolerance, Packaging, and Resistance Value

The datasheet specifies the tolerance coding with “F” as ±1% and “J” as ±5% or for a jumper with the code “0J”. The packaging type “R” denotes paper taping reel. The resistance value is detailed using 2 to 4 digits, where letters R, K, and M serve as decimal points, and the last zero after these letters should not be mentioned (e.g., “1K2” not “1K20”).

Additional Information

Optional codes such as “L” can be used, and the internal 2D reel label includes “LFP” to indicate the Lead-Free Process. Customized labels may also feature “LFP” or a specific customer-requested symbol, which can be added to the end of the global part number. For resistance rule examples, the notation includes values like “IR” for jumpers or “XRXX” to “9R76” for resistance ranging from 0.1 Ω to 9.76 Ω.