STHV800L - ST Microelectronics

The pictures are for reference only, and the specific specifications can be found in the product manual.

Part No

STHV800L
Manufacturer

ST Microelectronics
ChipWorker Part#

CW5369514
Category

Analog Switch Ic, Analog Switch Multiplexer
Package

TFLGA-56LD
Description

Ultrasound Pulser 56Pin TFLGA T/R
Documentation

Datasheet

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STHV800L Specifications

Attribute	Attribute Value

Part Number	STHV800L
Manufacturer	ST Microelectronics
ChipWorker Part#	CW5369514
Category	Analog Switch Ic, Analog Switch Multiplexer
Documentation	Datasheet
Mounting Style	Surface Mount
Number of Pins	56 Pin
Case/Package	TFLGA-56LD
Number of Positions	56 Position
Operating Temperature (Max)	125 ℃
Operating Temperature (Min)	-40 ℃
Supply Voltage (Max)	3.6 V
Supply Voltage (Min)	1.8 V
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Size-Length	8 mm
Size-Width	8 mm
Size-Height	0.9 mm
Operating Temperature	-40℃ ~ 125℃
Product Lifecycle Status	Active
Packaging	Tray
RoHS	RoHS Compliant
Lead-Free Status	Lead Free
ECCN Code	EAR99

Product Description

The STHV800 is an octal, monolithic, high-voltage and high-speed pulse generator. It is designed for medical ultrasound applications, but can be used for other piezoelectric, capacitive or MEMS transducers.
The device integrates a controller logic interface circuit (compatible with both 1.8 V and 3.3 V input signals), level translators, MOSFET gate drivers, noise blocking diodes, and high power P-channel and N-channel MOSFETs as the output stage for each channel. These MOSFETs are capable of providing more than 2 A of peak output current. Each channel has a dedicated bridge in order to reduce power dissipation and jitter during continuous wave mode (peak current is limited to 0.3 A). This CW bridge has dedicated power supplies (HV_CW) which are fully independent on the main HV supplies.
These HV_CW supplies can be shorted to the HV supplies. The fundamental structure of each channel also consists of active clamping to ground circuitry, anti-leakage and anti-memory block, a thermal sensor to protect the device and an integrated TR-switch (just 8 Ω as equivalent resistor ) to connect the HV output to its LV output, guaranteeing strong decoupling during the transmission phase.
The eight independent T/R switches can be used in both a dedicated RX chain per channel or in a multiplexing configuration.
The clamp circuit has a current capability up to 2 A and works directly on the output pin, carrying this node exactly to zero. This feature allows minimized injection change during the transition from clamp to RX state.
In addition, the STHV800 includes self-biasing circuitry which allows very low power consumption during the RX phase (down to 200 µW global power dissipation) and thermal shutdown block sensing by an external dedicated pin (THSD).
One of the main benefits of this device is that it requires very few external components: only decoupling capacitors on the HV and LV supplies, and a resistor to pull up the THSD pin (moreover, this resistor can be shared by many devices).
Each channel is driven independently by only 2 digital bits, which in CW mode become one bit. An external clock can be used with the STHV800 to synchronize all the input signals. This feature, however, is optional: if the CK pin is tied to ground the device works in asynchronous mode.
**Key Features**
High-density ultrasound transmitter
Two independent half-bridges per channel
0 to ±90 V output voltage
Power-up free
Synchronization of the input signals (selectable) by an external clock
Up to 20 MHz operating frequency
Low-power, high-voltage, high-speed drivers
2 independently-supplied half bridges (shorted-option) for each channel, one dedicated to continuous wave (CW) mode
Main half bridge: ±2 A source and sink currentDown to 20 ps jitterLow 2nd harmonic distortion
* CW half bridge:±0.3 A source and sink currentDown to 10 ps jitterVery low power consumption
Fully integrated real clamping-to-ground function
8 Ω synchronous active clamp
±2 A source and sink current
Fully integrated TR switch
8 Ω ON resistance
Up to 300 MHz BW
Current consumption down to 10 μA in RX phase
Receiver multiplexing function
1.8 V to 3.6 V CMOS logic interface
Auxiliary integrated circuits
Noise blocking diodes
Anti-leakage on output node
Fully self-biasing architecture
Thermal protection
Latch-up free due to HV SOI technology
Very few external passive components or supplies needed

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