CBC-EVAL-09 Cymbet Corporation, CBC-EVAL-09 Datasheet - Page 4

• Manufacturer Part Number: CBC-EVAL-09
• Description: ENERCHIP EP ENERGY HARVEST EVAL
• Manufacturer: Cymbet Corporation
• Series: EnerChip™r
• Type: Energy Harvestingr

Specifications of CBC-EVAL-09

• Main Purpose: Power Management, Energy Harvesting
• Embedded: No
• Utilized Ic / Part: CBC915-ACA, CBC51100
• Primary Attributes: EM/RF, Solar, Thermal, Vibration Energy Processor
• Maximum Operating Temperature: + 70 C
• Product: Power Management Development Tools
• For Use With/related Products: EnerChip CBC51100
• Lead Free Status / RoHS Status: Lead free / RoHS Compliant
• Secondary Attributes: -
• Lead Free Status / Rohs Status: Lead free / RoHS Compliant
• Other names: 859-1013

EVAL-09 Module Connector and Test Point Explanations
The purpose and use of the connectors identified in Figure 3 and in the previous tables are:
J1, J2, J8, J11, J13, J14 Connectors
J3 Connector
J4 Connector
J5. J6 Connectors
Applications Engineering for additional details if required
J7 Connector
with 4.1V charging voltage.
J9 Connector
TI eZ430-RF2500 wireless end device or another target system.
J10 Connector
J12 Connector
J15 Connector
J16 Connector
J17 Connector
J18 Connector
J19 Connector
generator.
Cable Assembly
facilitate connection between the J5 connector and a 5-pin header on the user’s board.
TP1 - the output of the boost converter or FLYBACK converter capacitor. Typical value is 4.06V.
TP2 - EPVCC - Voltage used to power the CBC915 device should be 3.6V
TP3, TP3, TP5 - Ground
TP6 – VCAP – voltage of the output capacitor should be 3.6V
TP7– VOUT – output voltage to the target system should be 3.6V
TP8 – VBAT – output of battery cut-off circuit should be 4.06V
TP9 – VEC – EnerChip output voltage feeding battery cutoff circuit should be in the range of 4.06VDC to
TP10 – HV V In – DC voltage from the HV DC In or HV AC1 IN or HV AC2 IN ports
TP11 – V In – DC voltage from the DC In or AC1 IN ports
DS-72-13 Rev A
3.0VDC. Caution: do not leave voltmeter or scope probes attached to this TP. Will discharge EnerChip.
- Bypass diode circular pad trace to select an optional external rechargeable lithium battery
- Six pin right angle connector for serial port, Vout and Ground. Normally used for connection to
- EnerChip EP pins 1-19 probe points and access vias.
- EnerChip EP pins 20-38 probe points and access vias.
- High Voltage AC Input 2 normally used by a piezoelectric EH transducer .
- Five pin vertical connector for user access to serial port, Vout and Ground.
- Access vias for an optional external rechargeable lithium battery with 4.1V charging voltage.
- High Voltage DC Input from EH Transducer such as a thermoelectric generator (TEG).
- High Voltage AC Input 1 normally used by a piezoelectric EH transducer.
- Low voltage DC Input normally used by a photovoltaic cell.
- Low voltage AC Input normally used by a thermoelectric generator or electromagnetic
- A 5-conductor cable with a header connector at each end is provided with CBC-EVAL-09 to
- EVAL-09 debug interface connectors for development system access. Contact Cymbet
©2011 Cymbet Corporation • Tel: [phone] • www.cymbet.com
CBC-EVAL-09 EnerChip EP Universal EH Eval Kit
- not user accessible.
.
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