Multiplexers
UT16MX110 16:1 Multiplexer
- Multiplexer organization
- 16:1
- Signal-path resistance
- 100 Ω typical
- Package
- 28-lead ceramic flatpack
Specifications
| Part Number | UT16MX110 |
|---|---|
| Flight Grade | QML-Q, QML-V |
| LET (MeV-cm^2/mg) | ≤110 |
| TID krad(Si) | 300 |
| Supply Voltage | +4.5V to +5.5V |
| Package | 28-lead FP |
Technical specifications
| Specification | Value | Notes |
|---|---|---|
| Multiplexer organization | 16:1 | |
| Signal-path resistance | 100 Ω typical | |
| Analog supply | 5 V ±10% | Digital-circuit and digital-I/O supplies are generated internally; no external digital supply is required for this model. |
| Package | 28-lead ceramic flatpack | |
| Ordered total-dose options | 100 or 300 krad(Si) | SMD order-code selections; the selected radiation designator governs assurance. |
Values are subject to the conditions and ordering options in the referenced product documentation.
Product overview
The UT16MX110 is a 16-to-1 analog multiplexer with an asynchronous parallel interface. Break-before-make switching and rail-to-rail signal handling support channel selection across the analog supply range. An asynchronous reset provides direct control of the multiplexer state. An internal regulator generates the digital-circuit supply, so an external digital supply is not required. The device supports analog signal routing through a low-resistance path while maintaining a separate control interface. The datasheet details supply connections, interface timing and channel switching so the selected control method can be integrated into the surrounding acquisition circuitry.
Documentation
Technical documents and resources
For product questions or additional technical information, contact Frontgrade https://www.frontgrade.com/contact-us-form.
Datasheet
IBIS Model
More about this product
Product features
- Break-before-make switching
- Rail-to-rail input signal handling
- Asynchronous reset
- Asynchronous parallel control
Match the control interface
The UT16MX110 uses asynchronous parallel control. An internal regulator generates the digital-circuit supply, so an external digital supply is not required. See the datasheet timing diagrams and supply connections before implementing the interface.
Initialize the interface
For this asynchronous model, exercise all A[3:0] address states after AVDD power-up to initialize correct addressing. Follow the functional-description sequence before selecting normal input channels.
Applications
- Temperature-sensor input multiplexing
- Input overvoltage/undervoltage protection circuits
Discuss your application
Contact Frontgrade to discuss UT16MX110 16:1 Multiplexer and the requirements of your application.