Datasheet

Maxim Integrated │ 3
www.maximintegrated.com
MAXQ610 Evaluation Kit
Evaluates: MAXQ610
Detailed Description
This EV kit must be used in conjunction with the following
documents:
• MAXQ610 EV Kit Example Code
• MAXQ610 Data Sheet and User Guide
• MAXQ USB-to-JTAG/1-Wire Adapter Data Sheet and
User Guide
• MAXQ610 EV Kit Data Sheet (this document)
These documents are available in the EV kit QuickView
on the Maxim website at www.maximintegrated.com/
MAXQ610-KIT.
The MAXQ610 EV kit board is fully defined in the sche-
matic (Figure 3). A short description of the major sections
and functions of the board follows.
Jumper Functions
The MAXQ610 EV kit board contains a number of jumpers
to configure its operation. Table 1 describes the jumpers
and their function
Power Supply
The MAXQ610 EV kit board can be powered directly
using an external DC power supply applied to connector
J3. A regulated 5V (±5%), 300mA, center positive, 2.5mm
power supply is required. The EV kit board includes a
regulator to supply 3.3V power to its circuitry.
The USB-to-JTAG/1-Wire Adapter can also be used to
provide 5.0V power to the EV kit board (connector P5
pin 8). This capability is enabled by installing jumper JH26
on the EV kit board. In this configuration, an external
power source should not be applied to connector J3.
Figure 2. MAXQ610 EV Kit Board Functional Layout
USER INPUT
PUSHBUTTONS
SERIAL
PORT 0
IRRX
IRTX
RESET
MAXQ610
TQFN-40
SERIAL
PORT 1
PROTOTYPING
AREA
PORT3
PORT2PORT1PORT0
JTAG