Features: • Typically consumes less than 1 A• Scans a fully programmable 8 X 16 matrix that supports Japanese, English and European keyboards• Operates continuously between 3 Volts and 5 Volts• Offers unique power management capabilities that work in harmony with Windows&re...
UR8HC007: Features: • Typically consumes less than 1 A• Scans a fully programmable 8 X 16 matrix that supports Japanese, English and European keyboards• Operates continuously between 3 Volts...
SeekIC Buyer Protection PLUS - newly updated for 2013!
268 Transactions
All payment methods are secure and covered by SeekIC Buyer Protection PLUS.
Features: • Typically consumes less than 1 A• Scans a fully programmable 8 X 16 matrix...
Features: • Typically consumes less than 1A• Scans an 8 x 16 keyboard matrix that supp...
• Typically consumes less than 1 A
• Scans a fully programmable 8 X 16 matrix that supports Japanese, English and European keyboards
• Operates continuously between 3 Volts and 5 Volts
• Offers unique power management capabilities that work in harmony with Windows® CE power modes
• Always runs in "Stop" mode without data or event loss
• Provides three Zero-PowerTM PS/2 ports for the hot-plug connection of external keyboards/mice & internal mouse, including MouseWheels
• Uses proprietary circuitry, so "Stop" mode is entered even when PS/2 devices are connected and active
• Available in 1.7mm high package to accommodate slim designs
• GPIO pins provide interrupt at both falling and rising edge of signals, ideal for lid functions power, ring indicators, docking signals, battery measurement, etc.
• Has additional GPIO available for LEDs, switches, etc.
• Offers internal control of LCD brightness/contrast, audio, etc. as well as four 10-bit A/D channels for power management monitoring
• Cost-effective, reducing overall system costs by integrating features that would typically require multiple additional
components
• Provides programmable features that allow for maximum design differentiation without customization
• Other JunoTM versions offer control of internal pointing device
Parameter |
Symbol |
Value |
Unit |
Supply Voltage |
VDD |
-0.3 to +7.0 |
V |
Input voltage |
|||
All pins except 2-9 |
VIN |
-0.3 to VDD+0.3 |
V |
Pins 2-9 (PS/2 ports XXXDAT, XXXCLK, GIO16/SW16, GIO17/SW17) |
VIN |
-0.3 to +5.8 |
V |
Output current |
|||
Total peak for all pins |
IOH (Peak) IOL (Peak) |
-80 80 |
mA |
Total average for all pins |
IOH (Avg) IOL (Avg) |
-40 40 |
mA |
All pins except 31-34 |
|||
Peak for each pin |
IOH (Peak) IOL (Peak) |
-10 10 |
mA |
Average for each pin |
IOH (Avg) IOL (Avg) |
-5 5 |
mA |
Pins 31-34 (GIO00/LED0 - GIO03/LED3) Peak for each pin |
IOH (Peak) IOL (Peak) |
-10 20 |
mA |
Average for each pin |
IOH (Avg) IOL (Avg) |
-5 15 |
mA |
Temperature range |
|||
Operating Temperature |
T LOW to T HIGH |
-20 to 85 |
ºC |
Storage Temperature |
TSTG |
-40 to 125 |
ºC |
JunoTM 01 UR8HC007 is a member of a series of multi-functional companion ICs for Jupiter-class devices and other devices using RISC-based processors. The IC interfaces the system via either asynchronous serial or the Serial Peripheral Interface (SPI), and provides keyboard scanning, special general purpose I/O (GPIO) and unique system power management capabilities.
The Zero-PowerTM JunoTM UR8HC007 will power down even between key presses. Semtech's proprietary circuitry (pa tent pending) allows the IC to power down even when PS/2 devices are connected and active. Typical power consumption is less than 1 A, a first for embedded ICs.
The JunoTM UR8HC007 provides continuous operation between 3V and 5V and scans a fully programmable 8 X 16 keyboard matrix. The IC is equipped with three Zero-PowerTM PS/2 ports for the hot-plug connection of an external PS/2 keyboard and mouse as well as an internal PS/2 mouse, including those with MouseWheels.
In addition, the JunoTM UR8HC007 offers special general purpose I/O (GPIO), ideal for use for lid functions, power switches, ring indicators, docking signals, battery measurement, LEDs, etc.
The integration of features, many of them programmable, on one IC increases flexibility and reduces component count and cost.