Submodules
Contents
Function
Digital inputs and outputs (I/O)
SU700 5 channel TTL I/O
SU722 5 channel TTL I/O, like SU700 but with isolation
SU701 16 channels TTL I/O in two groups
SU704 5 channel TTL or NIM I/O
SU707 8 channel LVDS I/O
SU725 8 channel ECL input
Digital to analog converter (DAC)
SU710 2 channel 14-bit DAC
SU713 Dual 8 channel 14-bit DAC
SU721 Dual 8 channel 14-bit DAC, like SU713 but with isolation
SU728 16-bit ADC and DAC
SU741 8 channel 14-bit isolated DAC with programmable range 5V, 10V, +/-5V, +/-10V
Analog to digital converter (ADC)
Slow ADCs
SU702 8 channel 14-bit ADC (MAX1149) with input amplifier for each channel.
SU712 Dual 8 channel 14-bit ADC (MAX1149), like SU720 but without isolation
SU720 Dual 8 channel 14-bit ADC (MAX1149), like SU712 but with isolation
SU728 16-bit ADC and DAC
SU743 8 channel 14-bit ADC (MAX1149) with isolation and input amplifier for each channel
Fast ADCs
SU706 100 MS/s 14-bit ADC (ADS5500)
SU735 100 MS/s 14-bit ADC
SU740 Low current integrator with comparators and ADC
Memory
SU705 4M x 16-bit RAM
SU716 16M x 32-bit RAM
SU730 PSRAM 8M x 16 bit
Discriminator, Comparators
There are two discriminator sub-modules.
The SU703 has 4 input analogue channels. The threshold and hysteresis voltage must be set through a DAC (MAX537). The discriminator output go to the back connector. This module has 4 LEDs too. All four analogue channels or a part of it can be used as TTL digital input/output. The threshold of the first channel can be set through the DAC or a Lemo connector, in this fall a solder jumper must be set.
The SU736 has two analogue input channels and two digital NIM output channels connected with the discriminator/comparator output. The threshold and hysteresis voltage must can be set through a DAC (MAX537) or through potentiometers, the user can select it with the help of smd solder jumpers.
| Analogue Ch. | Thress/Step | Hyste/Step | TTL IOs | NIM Out | LEDs | Power | |
|---|---|---|---|---|---|---|---|
| SU703 | 4 | -2,5..+2,5V/1,22mV | 0..2,5V/0,61mV | 4 | 0 | 4 | +5V |
| SU736 | 2 | -2,5..+2,5V/1,22mV | 0..2,5V/0,61mV | 0 | 2 | 4 | +5V and -6V |
SU703 4 channel fast dicriminator with 2xMAX9601 (dual PECL comparator) + 2xMAX537 (4x serial DAC)
SU736 2 channel fast dicriminator with programmable threshold & hysteresis and direct NIM outputs (1xMAX9600 dual ECL comparator + MAX537 4x serial DAC)
Charge to digital converter (QDC)
SU717 Gated integrator with ADS5500
SU735 100 MS/s 14-bit ADC
SU740 Low current integrator with comparators and ADC
Name
SU700 5 channel TTL I/O
SU701 TTL I/O 16 channels in two groups
SU702 8 channel 14-bit ADC (MAX1149)
SU703 4 channel fast dicriminator with 2xMAX9601 (dual PECL comparator) + 2xMAX537 (4x serial DAC)
SU704 5 channel TTL or NIM I/O
SU705 4M x 16-bit RAM
SU706 100 MS/s 14-bit ADC (ADS5500)
SU707 8 channel LVDS I/O
SU708 IF50 Interface
SU709 8 temperature sensors SMT160-30 / HY-LINE #16092
SU710 2 channel 14-bit DAC
SU711 Delay
SU712 Dual 8 channel 14-bit ADC (MAX1149), like SU720 but without isolation
SU713 Dual 8 channel 14-bit DAC
SU714 ADC ADS5500
SU715 2 channel audio preamplifier
SU716 16M x 32-bit RAM
SU717 Gated integrator with ADS5500
SU720 Dual 8 channel 14-bit ADC (MAX1149), like SU712 but with isolation
SU721 Dual 8 channel 14-bit DAC, like SU713 but with isolation
SU722 5 channel TTL I/O, like SU700 but with isolation
SU724 Toslink interface
SU725 8 channel ECL input
SU726 32 LEDs
SU727 Toslink interface
SU728 16-bit ADC and DAC
SU730 PSRAM 8M x 16 bit
SU731 4 x H-Bridge, 36V 2A
SU733 Optical In/Out
SU734 DDS Modul with AD9910
SU735 100 MS/s 14-bit ADC
SU736 2 channel fast dicriminator with programmable threshold & hysteresis and direct NIM outputs (1xMAX9600 dual ECL comparator + MAX537 4x serial DAC)
SU737 Optical Gigabit Ethernet with TLK2201 (SerDes) and SFP Module
SU738 Optical 2.5 Gbps link with TLK2501 (SerDes) and SFP Module
SU740 Low current integrator with comparators and ADC
SU741 8 channel 14-bit isolated DAC with programmable range 5V, 10V, +/-5V, +/-10V
SU743 8 channel 14-bit ADC (MAX1149) with isolation
