Microchip MCP2562FD CAN-FD transceiver, PDIP-8
Batch BAT000874 · of SKU000852
This batch
BAT000874
Locations
| Bin | Identifier | Quantity | Type |
|---|
Physical quantity evidence
No uncertain physical quantities.
Codes
NoneBatch properties
source
DigiKey
order_number
101877460
invoice_number
133459862
purchase_date
2026-09-27
order_line
28
supplier_part_number
MCP2562FD-E/P-ND
original_ordered_quantity
4
original_shipped_quantity
4
cost_per_unit
{"value":1.38,"unit":"$"}
order_line_amount
{"value":5.52,"unit":"$"}
Description
CSV line 28. Packing list #1, document date 2026-09-28; web order ID 376586465. Document date is not verified ship date. Supplier-reported date code Oct-2025; lot code 263100927000MMT. Ordered/shipped quantities match CSV and packing list. Owner authorizes assuming all original quantities remain present. One supplier sale unit equals one physical component.
Created through automation
true
Automation source or version
Inventory Assistant 0.1.0+codex.20260919214048; gpt-6.1-sol (host report)
Shared details from SKU000852
Microchip MCP2562FD CAN-FD transceiver, PDIP-8
These details belong to the SKU and are shared by its batches.
Bare CAN-FD physical-layer transceiver, not a CAN protocol controller. VIO logic-supply version, without MCP2561FD's SPLIT output.
Shared properties (21)
item_type
Electronic component
component_function
CAN transceiver
manufacturer
Microchip Technology
part_number
MCP2562FD-E/P
specification_basis
Exact-part datasheet
datasheet_url
https://ww1.microchip.com/downloads/aemDocuments/documents/APID/ProductDocuments/DataSheets/MCP2561-2FD-High-Speed-CAN-Flexible-Data-Rate-Transceiver-DS20005284.pdf
package
DIP
package_designation
PDIP-8, 300 mil
terminal_count
8
supply_voltage_min
4.5 V
supply_voltage_max
5.5 V
can_modes
High-speed CAN and CAN FD physical layer
can_data_rate_reference
8 Mbit/s
can_io_supply_voltage_min
1.8 V
can_io_supply_voltage_max
5.5 V
can_standby_control
STBY high selects standby; low selects normal operation.
operating_temperature_min
-40 °C
operating_temperature_max
125 °C
electrical_rating_conditions
Separate VDD 4.5–5.5 V and VIO 1.8–5.5 V supplies. Manufacturer describes operation optimized for 2, 5 and 8 Mbit/s; 8 Mbit/s is a qualified application reference, not a universal bus guarantee. E temperature grade −40 to +125 °C. Standard E/P ordering suffix does not establish automotive qualification.
Created through automation
true
Automation source or version
Inventory Assistant 0.1.0+codex.20260919214048; gpt-6.1-sol (host report)