Company | Trenz Electronic GmbH |
---|---|
PCN Number | PCN-20220825 |
Title | TE0712-02 to TE0712-03 Revision Change |
Subject | Change of hardware revision |
Issue Date | 2022-10-01 |
Products Affected
This change affects all Trenz Electronic TEXXXX SoMs: TEXXXX-XX*.
Affected Product | Replacement |
---|---|
TE0712-02-71I36-A | TE0712-03-71I36-A |
TE0712-02-72C36-A | TE0712-03-72C36-A |
TE0712-02-72C36-L | TE0712-03-72C36-L |
TE0712-02-81I36-A | TE0712-03-81I36-A |
TE0712-02-82C36-A | TE0712-03-82C36-A |
TE0712-02-82C36-AW | TE0712-03-82C36-AW |
TE0712-02-82C36-L | TE0712-03-82C36-L |
TE0712-02-82I36-A | TE0712-03-82I36-A |
TE0712-02-42I36-A | TE0712-03-42I36-A |
TE0712-02-200-2C9 | ??? |
TE0712-02-35-2I9 | ??? |
TE0712-02-81I36-L | ??? |
Changes
#1 Changed EN63A0QI to MP8869SGL-Z for U14
Type: Schematic Change
Reason: EOL of Component
Impact: None. Minor changes in electrical characteristics.
#2 Changed EP53F8QI to MPM3834CGPA for U6 and U16.
Type: Schematic Change
Reason: EOL of Component
Impact: None. Minor changes in electrical characteristics.
#3 Changed power switch TPS27082LDDCR to MP5077GG-Z for Q1.
Type: Schematic Change
Reason: EOL of Component
Impact: None. Minor changes in electrical characteristics.
#4 Added power monitors STM6710LWB6F (U10, U11). Changed system controller pin 25 from 3.3V to signal "PG_ALL" from new power monitors. Add testpoint TP25 at signal "PG_ALL".
Type: Schematic Change
Reason: Power Handling Improvement
Impact: None. Voltage supply monitoring leads to resets.
#5 Added diode D3 between signals "INIT" and "PROG_B".
Type: Schematic Change
Reason: Keep FPGA in reset while signal "PROG_B" is low during initial power-up.
Impact: None.
#6 Change resistor values for R2 and R68 from 4.87 kOhm to 2.2 kOhm.
Type: Schematic Change
Reason: Improve I2C stability for higher baud rates.
Impact: None. I2C stability improvement.
#7 Change resistor values for R62 from 2.49 kOhm to 4.99 kOhm and for R63 from 4.99 kOhm to 10 kOhm.
Type: BOM Change
Reason: BOM Optimization.
Impact: None. Minor changes in electrical characteristics for DCDC U8.
#8 Change capacitors in net "VIN" from 47 uF 6.3 V to 22 uF 10 V for C70, C80, C126, C127, C132, C176, C177.
Type: Schematic Change
Reason: Improve reliability.
Impact: None. Minor changes in electrical characteristics.
#9 Change capacitors C18, C19, C125, C158, C174.
Type: Schematic Change
Reason: BOM Optimization.
Impact: None. Minor changes in electrical characteristics.
#10 Change ferrid beads BKP0603HS121-T to MPZ0603S121HT000 for L1, L2, L3, and L5.
Type: Schematic Change
Reason: EOL of component.
Impact: None. I2C stability improvement.
#11 Connect U14 to I2C bus via resistors R80 and R81 and pull-up resistors R26 and R27 and testpoints TP23 and TP24.
Type: Schematic Change
Reason: Improvement of DCDC handling.
Impact: None. I2C bus has additional device.
#12 Change SI5338A-B-GM programming settings. // ED: Depends on friday's data!!!!
Type: Schematic Change
Reason: Unify settings.
Impact: None. Minor changes in electrical characteristics.
#13 Added legal notices, project overview, and revision changes. Updated page count and page order.
Type: Documentation Update
Reason: Documentation improvement.
Impact: None.
Method of Identification
Production Shipment Schedule
From XXXXX, after old stock is gone. If the new revision is not suitable for your application and still the former revision of the board is needed, please contact us.
Contact Information
If you have any questions related to this PCN, please contact Trenz Electronics Technical Support at
- forum.trenz-electronic.de
- wiki.trenz-electronic.de
- support%trenz-electronic.de (subject = PCN-JJJJMMDD)
phone
national calls: 05741 3200-0
international calls: 0049 5741 3200-0
Disclaimer
Any projected dates in this PCN are based on the most current product information at the time this PCN is being issued, but they may change due to unforeseen circumstances. For the latest schedule and any other information, please contact your local Trenz Electronic sales office, technical support or local distributor.
This PCN follows JEDEC Standard J-STD-046.