Last Name: ' . $lname . '
Email :' . $email . '
Phone :' . $phone . '
Website: ' . $website . '
Company: ' . $company . '
Description :' . $msg;
$headers = 'From: ' . $email . '' . "\r\n" .
'Bcc: ' . $email . '' . "\r\n" .
'Content-Type: text/html; X-Mailer: PHP/' . phpversion();
$subject = "Message sent using your contact form";
// $from = "From: $email";
$result = mail("fenstarllc@gmail.com", $subject, $message, $headers);
if (!$result) {
print_r(error_get_last());
} else {
echo "Email is Sent! One of our staff members will respond ASAP.";
}
}uilt
?>
Microprocessors have gotten cheap. The price is often a small fraction of a development board’s cost, but bulky (and unaesthetic*) shields are still required to do most projects. Epathy boards are designed with the control circuitry needed to create projects built in. Please check out our built in features and view some of our example projects that use this board.
The built in high efficiency DC/DC converter allows Epathy to run off 3V to 17V
With a footprint of 1 sq inch, Epathy can fit just about anywhere.
Built in 3-axis accelerometer for motion and orientation detection.
The on board Bi-directional logic converter allows you to communicate with devices requiring 5V logic.
By using an ideal diode circuit, Epathy provides protection without the stringent current limitations
The three PWM capable current sinks can each handle up to 20V and 3A
Program and power your devices using the USB microB connector without any additional components
Put on the optional OLED screen for easy debugging while only adding a few mm to the dimensions.
Built in 2.5 GHz b/g/n Wifi allows wireless comunication
ADC input accepts up to 20V with 20mV precision
Connect just about anything with 12C. Epath can even provide up to 300mA of 3V3 to external devices.
Four* 3V3 I/O pins.
fenstarLLC@gmail.com