Product Fact Sheet
Saleae Logic Pro 16 USB Logic-Analyzer
Key Features
Feature	Description
Channels	Sixteen digital inputs, sixteen analog inputs (shared with digital channels)
Maximum Sample Rates	Digital: 500 MSPS @ 4 channels, 100 MSPS @ 16 channels (USB 3.0 required) Analog: 50 MSPS @ 3 channels, 12.5 MSPS @ 13 channels, 6.25 MSPS @ 16 channel
Bandwidth	Digital: 100 MHz square wave when sampling at 500 MSPS Analog: 5 MHz when sampling at 50 MSPS
Trigger	Edge or pulse width trigger
Software	Cross-platform Windows, Mac and Linux support
Supported Protocols	Serial, SPI, I2C, Atmel SWI, Biss-C, CAN, DMX-512, HD44780, HDLC, I2S, JTAG, LIN, MDIO, MIDI, Manchester, Modbus, 1-Wire, PS/2 Keyboard & Mouse, SMBus, SWD, Synchronous Parallel, USB, UNI/O
Capture Buffer Length	Limited by installed memory and digital data density. When recording analog at 50 MSPS, captures 10-60 seconds usually possible. Without analog, buffer length is dependent on digital activity density. 1 MHz SPI: up to 10 Minutes. 12C-several hours – 9600 baud serial – over 1 day.
Analog Resolution	12 bits, 4.88 mV per LSB
Analog Input Range	-10V to 10V
Supported  Digital IO Standards	1.2V, 1.8V, 2.5V, 3.3V, 5.0V, RS-232, +12V TTL
Logic analyzers are great for debugging embedded applications.
They operate by sampling a digital input connected to a device under test (DUT) and then displaying the recording on
your computer.
This is great for debugging a wide range of embedded problems. For instance, if an 12C device isn’t responding,
you can record SDA and SCL to see if the start condition, device address, and ACK/NAK bit frame look right.
It is a huge help for any project with a microcontroller, FPGA or ARM chip.