MAX22216ATJY+
Analog DevicesMAX22216ATJY+ is an Analog Devices quad smart serial-controlled solenoid and motor driver — for inductive loads such as solenoid valves, proportional valves, DC motors and relays: four programmable 36V half-bridges delivering up to 1.7A RMS (3.2A full-scale) per channel, SPI control with OTP registers, 5x5mm TQFN-32 package. Advanced diagnostics — plunger-movement detection, travel-time and inductance measurement, open-load detection and real-time current monitoring — catch failing valves before they jam, so predictive maintenance replaces emergency downtime; two-level current sequencing and fast demagnetization cut power and shorten on-off cycles. Business impact: one IC replaces discrete MOSFET bridges plus current-sense and protection circuitry — fewer placements, smaller BOM, and Maxim/ADI long-term supply. Selection advice: the ATJY+ code is the 32-pin TQFN — for evaluation use the MAX22216EVKIT with TMCL-IDE; the MAX22216 is the standard variant — for different channel counts check MAX22217. Parameters verified against Analog Devices documentation.
- MPN
- MAX22216ATJY+
- Manufacturer
- Analog Devices
- Family
- Quadruple half-H driver
- Package
- TQFN-32 (5x5)
- Manufacturer channel coverage
- Checked by RFQ
- Data last checked
- Commercial check required
- Required order checks
- Suffix, package, date code, lot, source and traceability
Four checks before a commercial offer.
Identity
Exact MPN, manufacturer and suffix
Supply
Supplier type, quantity and freshness
Evidence
Lot, labels, photos and documents
Terms
Price, lead time, payment and shipping
Explore more Integrated Circuits records
Browse existing catalog records — same series first, then the same category and manufacturer. These are not confirmed replacements; compatibility requires engineering review.
MAX22216ATJY+ FAQ
What should I check before substituting MAX22216ATJY+ with another Quadruple half-H driver?
Match the full ordering code, not the series name: package (TQFN-32 (5x5)), temperature grade and packing all ride on the suffixes. A same-series code in a different package is a different orderable device, so confirm the substitute against the Analog Devices datasheet before changing the BOM.