Add Anglia Search ProviderSupplier sections
Aavid Thermalloy
Advantech
Analog Devices
Antenova
Arcol
Arcolectric
Avalue
AVX
Bel components
Bergquist
Binder
Bloomice
Bopla
Bourns
Bulgin
Bussmann
Calinar
Cambion
CamdenBoss
Carclo
CEL
Ceramate
Cinterion
Conquer
Cornell Dubilier
Cosmic
Co-Tron
Cree
CTC
CTi
Deltron
Diodes Inc
Diptronics
EAO
Eaton Bussmann/Coiltronics
ECE
Elettronica Rossoni
Ensilica
EPCOS
EPOC
ESI
Eurohm
Everspin
Fischer
Gemalto
Hammond Manufacturing
Harting
Harwin
Herald
Hirose
Hirschmann
Hitachi
Hittite
Honeywell
Hope RF
Hudson
Inalways
Intersil
Invac
IQD Frequency Products
IRC
JNC
Keystone
Knitter-Switch
KOA
Laird Technologies
LEDIL
Littelfuse
Lumberg
Magnetix
Magnetone
Microtips Technology
Mitsubishi
M-Pro
Murata
MurataPS
Nichicon
Nover
Ohmite
OKO
Omron
Panasonic
Pericom
Phoenix Contact
Phoenix Mecano
Piher
Polymer Optics
Quay RF
Renata
Renesas
RF360
ROHM
Rose
Roxburgh
Samsung
Schaffner
Schurter
Shindengen
Solomon Systech
STMicroelectronics
Studiomate
Taicom
Taiwan Semiconductor
Taiway
TCI
TDK
Tianbo
Titan-Opto
Toshiba
TT electronics
Varta
Warth
WIMA
Zetex
Analog Devices' Low-Power, Single-Channel 16-Bit DAC Enables High Density Analog Output Modules without De-Rating
Rate this page
Anglia delivers by
Recognised as the UK’s number one for reliability, flexibility and customer service.
Overview
EUROHM is a manufacturer of resistor products including carbon and metal film, metal oxide, fusible, wire wound, thick film chip resistors and arrays.
Latest News
Significant portfolio of power resistors available from Eurohm
31 January 2005
Designed for use in a whole host of applications, the higher power series extension covers ratings from 2W to 17W and offers a wide choice of resistance values from as low as 0.1ohm, up to 68Kohm, all in 5% tolerance.
Click here to read the rest of this article.
Designed for use in a whole host of applications, the higher power series extension covers ratings from 2W to 17W and offers a wide choice of resistance values from as low as 0.1ohm, up to 68Kohm, all in 5% tolerance.
Click here to read the rest of this article.
