Motor Synchronous Pulse Distributor 1 Group Signal Inputs 4 Group Differential Outputs

Feature: 1. Low Power Consumption And High Reliability: Motor synchronous pulse distributor possess low power consumption and high reliability 2. Work Continuously And Stably: Pulse distributor can work continuously and stably for a long time, very durable and reliable 3. Low Jitter And High Isolation: Come with low jitter and high isolation, work stable with high efficiency, helps a lot in industry 4. Servo System Programming Or Stepper Motor Control: Used in applications where a group of pulse signals drive multiple loads at the same time, often used in servo system programming or stepper motor control 5. PCB Materials: Good quality PCB materials, with reliability and miniaturization, good maintenance and interchangeability Specification: Item Type: Motor synchronous pulse distributor Product Material: PCB Purpose: Used in applications where a set of pulse signals drive multiple loads at the same time, often used in servo system programming or stepper motor control Input signal High speed pulse signal Number of channels 2 Channels: A+ A-;B+ B- Frequency 0-2MHZ Level Differential (3.3-24V), collector 5-24V, TTL 5V Current Required input drive current 7mA Output signal Differential signal Number of channels 4 Channels:A1+ A1-;A+ A2-;A3+ A3-;A4+ A4-;B1+ B1-;B2+ B2-;B3+ B3-;B4+ B4-; Frequency 0-2MHZ Level Standard RS-422 differential High level 40 Current Maximum 25mA Power supply 24V DC (normal range 18-26V) Environmental characteristics Operating temperature -25~+70℃ Relative humidity ≤90%(40℃) Storage temperature -40~+60℃ Package List: 1 x Motor Synchronous Pulse Distributor Note: The AG signal at the output terminal is the reference 0V of the differential signal. When the differential receiving terminal is connected to the long line drive interface, it is necessary to connect the AG to the long line receiving reference ground of the servo drive. If the differential receiving end is an optocoupler input interface, the AG interface is not used.