
| Type | Description | ||
|---|---|---|---|
| Program Memory Size (KB) | 64 | RAM | 4096 |
| Data EEPROM (bytes) | 2048 | Pin Count | 44 |
| Operation Voltage Max.(V) | 5.5 | Operation Voltage Min.(V) | 1.8 |
| ADC Resolution Max | 10 | ADC Channels | 8 |
| Zero Cross Detect | False | Number of Comparators | 1 |
| SPI | 3 | I2C | 1 |
| Stand alone PWM | 6 | Low Power | No |
| Numerically Controlled Oscillator (NCO) | 0 | Data Signal Modulator (DSM) | 0 |
| Lead Count (Pins) | 44 | Package Type | VQFN |
| Temperature Range | -40C to +85C | Packing Media | TRAY |
YG GROUP supports reliable sourcing through quality controls and compliance documentation. Please confirm product requirements, applicable certifications and supporting documents before ordering.
ATMEGA644V-10MU is an authentic electronic component manufactured by Microchip, categorized under Interface ICs. It is supplied in the standard manufacturer-specified package footprint, providing industry-standard mechanical dimensions and terminal configurations for board-level assembly. Full pinout configurations, physical footprint drawings, and rated operating tolerances are documented in the official ATMEGA644V-10MU datasheet above.
Electronic component spot-market pricing for ATMEGA644V-10MU fluctuates based on real-time global availability, production date codes, minimum order quantities (MOQ), and packaging formats (e.g., Reel, Tube, Tray). Using an RFQ ensures you receive accurate, real-time volume pricing tied to verified, traceable inventory rather than stale catalog estimates.
Lead times for ATMEGA644V-10MU depend on whether stock is dispatched from our central hub or regional franchise partners. Ready-to-ship inventory typically leaves the warehouse within 1–3 business days following quality inspection, while factory-direct or back-ordered allocations are confirmed with an estimated ship date upon RFQ reply.
Loading articles…
Loading articles…

Evaluate BTS5030-2EKA for two 12V body-load branches. Review shared thermal loss, lamp inrush, multiplexed diagnosis and the revised 2185 sense ratio without confusing EV forecasts with exact-part demand.
Read more →
Assess what TI's fab expansion means for a TLC555CDR design. Compare exact ordering status, timer behavior and RC tolerance before changing an approved BOM or relying on a delivery promise.
Read more →
Evaluate a DG411AK/883 offer against the circuit it must serve. Compare temperature-dependent leakage, switching behavior, package identity and four nearby models before choosing replenishment or a redesign.
Read more →
Assess MT29F64G08AFAAAWP-ITZ:A sourcing through its asynchronous TSOP interface, two targets, ECC geometry and host qualification. Compare four related Micron parts without assuming drop-in compatibility.
Read more →Loading related products…
| Picture | Part Number | Manufacturer | PDF / RoHS | Stock | Action |
|---|---|---|---|---|---|
![]() | Microchip | 5,150 | |||
![]() | Microchip | 1,170 | |||
![]() | Microchip | 3,620 | |||
![]() | Microchip | 1,500 | |||
![]() | Microchip | 7,780 | |||
![]() | Microchip | 4,400 | |||
![]() | Microchip | 5,690 | |||
![]() | Microchip | 7,980 | |||
![]() | Microchip | 6,030 | |||
![]() | Microchip | 4,210 |