2023-02-22
Pendulum Instruments Introduces 4-channel Frequency Counter/Analyzer
Pendulum Instruments traces its origins back to the 1950s as the Swedish branch of Philips Test & Measurement division. In 1998, it became an independent company and has since expanded significantly through both internal development and strategic acquisitions. Pendulum Instruments now operates offices in Poland, Sweden, China, and the USA, with sales representatives in approximately 100 countries and service centers in multiple locations globally.
Today, Pendulum Instruments caters to a diverse range of industries, including metrology, aerospace and defense, telecommunications, oscillator manufacturing, RF and microwave, electronics, contract manufacturing, and automotive sectors. Their products are utilized in about 100 countries worldwide, ensuring a broad and versatile market reach.
Pendulum brand Frequency Counter/Analyzers are well-known industry-leading instruments for time & frequency measurements and for Modulation Domain Analysis.
Pendulum Microwave Counter/Analyzers are well-known industry-leading instruments for measurement, analysis and calibration of Microwave Frequency, Power, and Pulsed RF time parameters like pulse width and PRI.
Very precise GPS-controlled Rubidium reference clocks for various applications offering unique traceability and portability.
Easy-to-use EMC scanners for pre-compliance testing in the design phase, to remedy EMI problems quicker, and less costly, than in the final product.
Detectus was acquired by Pendulum.
Frequency Distribution Amplifier offers an economical solution to the problem of low-jitter transfer of reference frequency, and time synchronization, signals over longer distance.
General purpose Single Channel Hi-voltage broadband linear Amplifiers, from DC up to Megahertz range, to be used for test and measurement whenever a signal source is too weak for the application.
General-purpose Dual-Channel Hi-voltage broadband linear Amplifiers, from DC up to Megahertz range, to be used for test and measurement whenever a signal source is too weak for the application