Integrated Magnetic Power Module
Buck (Step-Down)-Low Voltage
Buck (Step-Down)-Medium Voltage
Boost (Step-Up)
DC-DC Power Modules
Magnetically Integrated Power Module (SiP)
Buck (Step-Down)-Multiple Outputs
Buck (Step-Down)
Boost (Step-Up)
Customized DC-DC Converters
Tailored Power Modules: Precision Solutions for Your Unique Needs.
Contact Us Today to Discuss Your Project!
Servo Motor Encoders Incremental
35mm Incremental Encoders
44mm Incremental Encoders
48mm Incremental Encoders
Encoder Products
Servo Motor Encoders Absolute
35mm Absolute Encoders
44mm Absolute Encoders
48mm Absolute Encoders
Bearingless Absolute Encoder
DC Motor Encoder
DC-DC Power Modules
Customized DC-DC Converters Explore DC-DC ConvertersEncoder Products
Explore Rotary EncoderRTC Modules
• Built-in 32.768kHz DTCXO
• Interface Type: I2C
• I2C-Bus Voltage: 1.5--5.5V
• Fixed-cycle Timer Interrupt Function
• Time update interrupt Function
• AEC-Q100&AEC-Q200 compliant
• Support High Speed I2C-Bus Agreement(400KHz)
• Clock Output Voltage:1.6--5.5V
• Temperature Compensation Voltage:1.5--5.5V
• Alarminginterrupt for week, day, hour, and minute
• Temperature compensation signal output of 32.768kHz
• Interface Type:400kHz High-speed I2C-Bus
• Clock Output:Frequency32768Hz,1024Hz,1HZavailable,CMOS output controlled by FOE
• Fixed-cycle timer:Maximum counting cycle aslong as 32 years available, source clock1/60Hz,1Hz,64Hz,4096Hz,/INT output interruptsignal available
• Time Stamp:Time stamp counting from year tosecond, triggered by EVIN input, able to bemonitored by l2C
• Fixed-cycle arouse function: alarm interruptoutput from day to minute
• Time update interrupt:Interrupt every secondor minute
• Self-monitor:Interrupt, voltage falling test
| Parameter | Conditions | .Min | Typ. | Max. | Unit. | ||
| Operating Voltage | VDD | - | 1.6 | 3.0 | 5..5 | V | |
| Operating Temperature | Ta | - | -40 | 25 | 105 | ℃ | |
| Frequency Tolerance | ▲f/f | Ta=-40~85℃ VDD=3.0V | - | - | ±5 | 10-6 | |
Ta=-40~85℃ VDD=3.0V | - | - | ±8 | 10-6 | |||
| Start-up Time | Tsta | Ta=-40~85℃ VDD=1.6V~5.5V | TBD | S | |||
| Current Consumption | IDD1 | SCL=SDA=/INT=VDD FOE=VSS 2s Temperature Compensation Interval | VDD=5V | TBD | TBD | ||
| IDD2 | VDD=5V | TBD | TBD | ||||
32.768kHz DTCXO Frequency Temperature Characteristics(Instance
| Item | Description | QTY/Tray | Trays/Carton | G.W | N.W | QTY/Carton | Package Size |
TR8804 Series | TR8804 CMOS Crystal Oscillator SPXO | /pcs | /trays | / kgs | / kgs | / pcs | (mm) |
| / pcs | / trays | /kgs | / kgs | / PCS | (mm) |
Discover all the technical specifications by downloading the datasheet today.
| Part Number | Interface |
Dimensions
(mm) |
Resolution Ranges | Resolution Counter |
Communication Frequency |
Working Temperature |
Communication Frequency |
Operation Speeds |
Protection Structure |
Footprint 3D | Datasheet | Sample |
| RZ35A08 | RS485 | Φ35mm | 17~23 Bits | Single/Multi-Turn | Differential output | -20°C-+105°C | 16K | 6000rpm | IP40 |  |
 |
|
| RZ35A09 | RS485 | Φ35mm | 17~23 Bits | Single/Multi-Turn | Differential output | -20°C-+105°C | 16K | 6000rpm | IP40 | |
|
|
| RZ35D06Q | RS485 | Φ35mm | 17~23 Bits | Single/Multi-Turn | Differential output | -20°C-+105°C | 16K | 6000rpm | IP40 | |
|
|
| RZ35D06S | RS485 | Φ35mm | 17~23 Bits | Single/Multi-Turn | Differential output | -20°C-+105°C | 16K | 6000rpm | IP40 | |
|
|
| RZL4408A | RS485 | Φ44mm | 17~23 Bits | Single/Multi-Turn | Differential output | -20°C-+105°C | 16K | 6000rpm | IP40 | |
|
|
| RZH4409A | RS485 | Φ44mm | 17~23 Bits | Single/Multi-Turn | Differential output | -20°C-+105°C | 16K | 6000rpm | IP40 | |
|
|
| RZL4409A | RS485 | Φ44mm | 17~23 Bits | Single/Multi-Turn | Differential output | -20°C-+105°C | 16K | 6000rpm | IP40 | |
|
|
| RZ4809A | RS485 | Φ48mm | 17~23 Bits | Single/Multi-Turn | Differential output | -20°C-+105°C | 16K | 6000rpm | IP40 | |
|
|
| UZ3509 | RS485 | Φ35mm | 1000-5000CPR | Single/Multi-Turn | Differential output | -20°C-+105°C | 500khz | / | IP40 | |
|
|
| UZ4408 | RS485 | Φ44mm | 1000-5000CPR | Single/Multi-Turn | Differential output | -20°C-+105°C | 500khz | / | IP40 | |
|
|
| UZ4409 | RS485 | Φ44mm | 1000-5000CPR | Single/Multi-Turn | Differential output | -20°C-+105°C | 500khz | / | IP40 | |
|
|
| UZ4809 | RS485 | Φ48mm | 1000-5000CPR | Single/Multi-Turn | Differential output | -20°C-+105°C | 500khz | / | IP40 | |
|
|
| RS972 | / | / | / | / | / | -40°C to +85°C | / | / | / | |
|
|
| RS970 | / | / | / | / | / | -40°C to +85°C | / | / | / | |
|
|
| RK Series | / | / | / | / | / | -20°C to +85°C | / | / | / | |
|
|
| RK Series | / | / | / | / | / | -20°C to +85°C | / | / | / | |
|
|
| RK Series | / | / | / | / | / | -20°C to +85°C | / | / | / | |
|
|
| RF28 | / | / | / | Single/Multi-Turn | / | -40 °C ~+85 °C | / | / | / | |
|
|
| RT28 | / | / | / | Single/Multi-Turn | / | -40 °C ~+85 °C | / | / | / | |
|
|
| RF20 | / | / | / | Single/Multi-Turn | / | -40 °C ~+85 °C | / | / | / | |
|
|
| RR28 | / | / | / | Single/Multi-Turn | / | -40 °C ~+85 °C | / | / | / | |
|
|
| RS5 | / | / | / | Single/Multi-Turn | / | / | / | / | / | |
|
|
| RSG35 | RS485 | / | 17-23 Bits | Single/Multi-Turn | ≤16K | -20 ℃ ~+105 ℃ | 16K | 6000rpm | IP40 | |
|
|
| RSU3506 | RS485 | / | 17-24 Bits | Single/Multi-Turn | ≤16K | -20 ℃ ~+105 ℃ | 16K | 6000rpm | IP40 | |
|
|
| MS Series | / | / | 17 Bits | Single/Multi-Turn | ≤16K | -10℃～105℃ | 16K | ≤6000rpm | / | |
|
|
| RZ44 & RZ48 | RS485 | / | 17-23 Bits | Single/Multi-Turn | ≤16K | -20 ℃ ~+105 ℃ | 16K | 6000rpm | IP40 | |
|
|
| RZ1337A | RS485 | / | 25 Bits | Single/Multi-Turn | ≤16K | -20°C-+105°C | 16K | 12000rpm | IP40 | |
|
|
| RZ7810 | RS485 | / | 23~25 Bits | Single/Multi-Turn | ≤16K | -20°C-+105°C | 16K | 6000rpm | IP40 | |
|
|
| RS Series | RS485 | / | 17~23 Bits | Single/Multi-Turn | ≤16K | -20°C-+105°C | 16K | 6000rpm | IP40 | |
|
|
| RZ35 Series | RS485 | Φ35mm | 17~23 Bits | Single/Multi-Turn | Differential output | -20°C-+105°C | 16K | 6000rpm | IP40 | |
|
|
| RZ35 Series | RS485 | Φ35mm | 17~23 Bits | Single/Multi-Turn | Differential output | -20°C-+105°C | 16K | 6000rpm | IP40 | |
|
Essential for Precision and Reliability in Medical Equipment
Improve Automation and Efficiency in Various Robotic Applications
Improve the Efficiency and Reliability of Automation Systems
Accurate Feedback on Position and Speed
English
French
Spanish
Korean
German
Japanese
