Development, production and service. All in one company. All from one source. This guarantees perfect quality and flexibility for your experiment. MADE IN GERMANY.
ALL FROM ONE SOURCE.
MADE IN GERMANY.
ALL FROM ONE SOURCE.
Development, production and service. All in one company. All from one source. This guarantees perfect quality and flexibility for your experiment. keyboard_arrow_down

ELECTRONICS

Constant
Fraction
Discriminators
Electronic signal processing device, to mimic the mathematical operation of finding a maximum of a pulse by finding the zero of its slope. It is used to generate exact time stamps from wide pulses with changing signal amplitudes, but a constant rise time.

Analogue Pulse Amplifiers Analogue pulse amplifiers for typical detection tasks. Output signals in NIM or LVTTL. Operation for various pulse amplitudes and shapes. Available with various gain factors, inverting and non-inverting. Standard housings are standalone or as NIM module.

Time-to-Digital Converters Time resolved measurement of norm-pulses and picosecond time-resolution. The Time-to-Digital Converters (TDCs) are compact, fast and user-friendly devices that are available with a variety of performance characteristics. Possible layouts include 19”-housings, standalone housings and NIM modules (2/12). Equipped with a high-speed USB 3.0 interface for data readout.

Digital Pulse Counters Pulse counting of norm-pulses over several channels with different options for triggering. Device operation and configuration via LCD display or via Ethernet interface.

Level
Translators
Multi-channel signal converting modules for norm-pulses ECL, NIM, TTL, LVTTL, etc. in various combinations.

Frequency
Dividers
Frequency division with, or without integrated discriminator.

Power
Supplies
Wide range of high voltage power supplies up to several kV and current supplies down to few µA, with high stability, precision and resolution. Available in standalone housings and NIM modules, or as modular, custom configurable 19”-Crate System.

Product Examples: